JP2011089410A - Various energy conservation cycle combined engine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the following problems: since by abnormal weather, abnormal dryness, a forest fire, drought and concentrated heavy rain are increased and fishes are dramatically reduced, it is necessary to reduce CO<SB>2</SB>emissions from an electric power plant, an automobile, a small ship or the like to zero, recover CO<SB>2</SB>in the atmosphere and increase the fishes. <P>SOLUTION: By driving a plurality of metal ball mercury gravity solar turbines, power having the same speed and the same volume as the atmospheric pressure is set to be around 23,000 times the existing steam turbine by the drive of the plurality of turbines. In heat production, air heated by solar light is compressed by a plurality of heat pumps and air heated by the solar light is heated and compressed to recover heat. Superheated steam and the compressed air are produced and dividedly preserved, and a water jet (79Z) is driven by most of the superheated steam and compressed air. Superheated steam injection temperature is made to approach combustion gas injection temperature by a plurality of multistage combustors having three stages or more, thereby increasing volume to 5,000 times or the like water, injecting the superheated steam at extremely high speed, sucking and injecting seawater, and decupling speed in comparison with the existing ship. In an injection/propulsion process, speeding up of a natural phenomenon is performed. Accordingly, nutrient such as CO<SB>2</SB>, nitrogen and oxygen is supplied into the seawater, and CO<SB>2</SB>in the atmosphere is recovered and used in order to remarkably increase phytoplankton and fishes. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  In the present invention, the digestion capacity of the unit volume of water microorganisms is extremely large, such as 1,000 to 10,000 times that of air microorganisms. It aims to increase the food of human beings such as fish and fish. In addition, the heat pump can obtain 3 to 5 times the heat energy used, and there is information. The solar heat is used as a seed to recover the compression heat with the heat pump and 3 to 5 times the heat and cold energy are recovered and used. A large amount of CO2 heated by sunlight is sucked in a large amount together with the atmosphere, and is compressed to 1200 degrees with a heat pump driven by a vertical all-blade metal sphere mercury gravity solar turbine, to produce heat exchange superheated steam heat + compressed air cold heat, As water jet 79Z combustor one-stage combustion or annular multi-stage combustion, the superheated steam injection temperature of 100 degrees is brought close to the combustion gas injection temperature of 900 degrees, etc., and the superheated steam volume of 24 to 400 MPa is maximized by about 5000 times the water injection speed. The air suction injection with maximum combustion gas suction power maximizes the water suction jet propulsion power, sucks a large amount of CO2 with the atmosphere, and floats the high-speed jet hull to supply CO2 into the sea. Phytoplankton and seaweeds grow greatly The production of superheated steam will increase the production of fish and increase the growth of fish. The speed of medium and large ships will be around 10 times that of existing ships. A high-speed combustion rate of inflation and the scramjet was combined, to the energy saving cycle water jet 79Z drive, it relates to a technique for rapid recovery and utilization of CO2 in the atmosphere.

Supplying 24-400 MPa compressed air mass to the water jet 79Z combustor, heating 24-400 MPa superheated steam calorific value around 400 degrees around the fuel injection combustion periphery, The fuel is injected from the fuel injection nozzle 6X, and the combustion gas injection nozzle 6Y combustion is ignited combustion within the single-stage combustion high-temperature high-speed combustion. More fuel injection ignition annular combustion, further increase the superheated steam from the outer ring to 900 degrees etc., increase the atmospheric pressure superheated steam volume to around 5000 times the water, increase the injection propulsion output and the suction output of the combustion gas 49 As the water jet 79Z that strongly injects superheated steam and combustion gas and sucks and injects water, it is close to the theoretical air-fuel ratio and the cheapest combustion gas propellant and superheated steam The most efficient injection of propellant, the cheapest metal ball mercury gravity + solar light + cheap fuel combustion, water jet 79Z3-5 stage selective combustion water suction jet water jet 79Z, steam turbine large expansion speed The water jet 79Z, which combines the high-speed combustion of the water and the scramjet, is a water jet 79Z driven by a vertical-type all-blade metal sphere mercury gravity solar turbine 8G, aiming at 10 times the speed of existing ships, and supplies CO2 into the sea. The present invention relates to a water jet propulsion marine technology that makes a rapid increase in the speed of natural jet water phenomenon and rapidly collects and uses CO2 together with the atmosphere.

Metal sphere mercury heat acceleration turbine + metal sphere mercury mass acceleration turbine Gravity additional drive, impact reduction material 3E in which water is added to mercury or liquid metal (lead alloy core), and metal sphere as a turbine drive optimally suited to the amount of resources Mercury is injected at 400 MPa, etc. by a mercury injection pump 6Z, accelerated by compressed air heat amount + compressed air mass, respectively, and injected into turbine blades 8c having a turbine blade cross section 4X that is 2 to 26 times the existing steam turbine. As an increase in the rolling contact rotation output of spherical mercury, a horizontal axis 1h is provided between the turbines to drive the generator 1, the heat pump 1G, the compression heat recovery unit 2C, the water heat exchanger 2Y, and the air heat exchanger 2X. A large number of heat pumps challenge the production of infinite amount of compressed air + mass in the outside of the turbine outer casing 77a, and alternately rotate the plurality of saddle-shaped all-blade metal sphere mercury gravity solar turbine 8G rotation direction, vibration and noise The suction air passage 28A constructed by the long lens 2d heat absorbing material 2B is sucked in the solar heating air 28a, and the compression heat recovery device 2C reduces the solar heating air 28a to around 500 degrees. Heated to a suction pump of 1200 degrees with a heat pump, etc., heat recovery is repeated and the production of compressed air 28a continues to be infinitely large. The present invention relates to a metal sphere mercury gravity solar engine technology that uses metal sphere mercury output around 10,000 times, water jet drives, and rapidly collects and compresses CO2 with the atmosphere to accelerate natural phenomena.

  If the sea surface temperature of existing thermal power generation continues to rise by 7 degrees for 100 years, the increase in seawater temperature will exceed the current 1000 times with 10% growth, so the CO2 concentration in seawater will be greatly increased to the atmosphere, There is a background that the Antarctic ice approaches 0 as a 300m / second typhoon or seasonal wind that is 10 times faster than the drought, heavy rain and wind speed, land and sea food approaches 0, and humanity is extinct. There is already a TV report that seaweeds and fish near Japan are near extinction, and information that fish has drastically decreased to 1/100 etc., and there is a suspicion that a part of phytoplankton has been killed in the process of rising seawater temperature by 7 degrees Cooling the sea surface with seasonal winds in winter, the natural phenomenon that supplies nutrients such as nitrogen, oxygen and CO2 to the sea floor is impossible, and there is a strong suspicion that seaweeds and corals are approaching extinction. In the current science and technology, all causes are considered to be abnormal weather due to increased CO2 in the atmosphere. There is a background that cooperation is impossible when profit is small and cooperation is easier when profit is large. Therefore, the seawater temperature rises little CO2 exhaust, little fuel costs, metal ball mercury gravity solar heat engine driven by water jet, enormous amount of solar heating air containing CO2 is exchanged by suction compression heat, and divided into superheated steam heat + compressed air mass As a prime water turbine ship driven by a metal sphere mercury gravity, the world's most profitable and easy to cooperate, and in the process of propulsion, nitrogen, oxygen and CO2 are mixed with seawater to accelerate natural phenomena, Frankton grows greatly on the sea surface of the world, and fish grows through the food chain. Similarly, in power generation, nitrogen, oxygen, and CO2 are supplied to the sea floor of the world, and seaweeds, corals, plant franktons, fish, etc. grow greatly. Make natural phenomena faster.

Since the unit of horsepower and power is kg weight m / s, equal weight x speed, the best engine theoretically generates heavy output by accelerating gravitational acceleration, but there is a background that there is no trace of thought. Therefore, it is possible to drive airplanes and ships with a metal ball mercury gravity solar engine with a small amount of fuel consumption, etc., and to prevent global warming, etc. that is used with heat, electricity and cold supply facilities during stoppage, etc. The rate of kg weight m / sec is about 23,000 times that of the existing steam turbine. The mercury ball, liquid metal (lead alloy core) and water are used as the impact reducing material 3E, and the metal ball etc. is vertically downward. When gravity acceleration is accelerated, the output generation is greatly increased even with only acceleration of gravitational acceleration than the input that increases the head at low speed, and there is a background that the output can be increased by increasing the number of turbines and increasing the head to 1000 m. The maximum acceleration on the earth is almost infinite in gravitational acceleration, and the production and use of heat and cold as a means to leave limited resources such as fossil fuels as descendants, as the best engine with minimal rise in seawater, low CO2 emissions, and low fuel costs There is a background that can increase the food of fish by increasing the infinite, nitrogen, oxygen and CO2 recovery natural phenomenon, and obtain a large-scale aquaculture in the world's seas.

  The expectation is that if China continues to grow at 10% for 50 years, the rise in seawater temperature will be 32 times the current level, and the Japanese seasonal wind will be 50-80 m / sec. Concerns about the start of ghost towns around 80% of large Japanese companies that provide the prospect of Prime Minister Koizumi again with the fear that employment will continue to spread to a similar world due to the destruction of greenery. We need wisdom to make a chance. Decided to invent the theoretical best engine in 1958 and 1980. Actually started with improvements, and started prototyping at the contract of the Okayama Regional Invention Center in 1963, and continued prototyping myself, but engine prototyping is very difficult . Therefore, in February 1982, we started requesting cooperation from a large number of large domestic companies, etc., but there was no cooperation from Japanese companies, etc., and every time we asked for the cooperation of President Clinton, the only request from foreign countries, three times a year, The 1992 US Patent 5133305, 1993 US Patent 5230307, and 1995 US Patent 5429078 were found to be useless. There were so many fatal faults in the existing engine that it was impossible to improve the invention. When it suddenly turned around, the 1997 homepage was opened and one fault was filed for an improved patent. With the cooperation of the former president, for example, gravitational solar power generation can drive generators and heat pumps at zero fuel cost, making it possible to drive near-infinite electricity, heat and cold at an extremely inexpensive manufacturing turbine, and liquids below 500 ° C I would like to shift to the best experimental engine by actually experimenting with metal combined power generation, etc., making the atmospheric pressure, the same speed, and the same volumetric power 1 to 23,000 times that of the existing steam turbine power generation.

There are US Pat. No. 6,119,650, Chinese Patent No. 8818, EU British Patent No. 902175, US Pat. No. 6,263,664, and many of the above-mentioned background technologies have been improved. In the invention aiming at the best experiment, let's experiment to make liquid metal gravity power generation 1 to 23,000 times that of steam turbine power generation, using solar heat as a seed, experiment of warm and cold production near infinity with gravity driven heat pump Let's make liquid metal and other gravitational power generation 10 times as much as the existing world, fossil fuels and other limited resources will burn to the minimum and keep them offspring, natural phenomena will be accelerated and seaweeds will grow and digestion such as CO2 For example, let's make the capacity tens of thousands times that of forests.

As prior applications, Japanese Patent Application No. 2008-6612, Japanese Patent Application No. 2008-22246, Japanese Patent Application No. 2008-24656, Japanese Patent Application No. 2008-28582, Japanese Patent Application No. 2008-30162, Japanese Patent Application No. 2008-94452, Japanese Patent Application No. 2008- No. 99870, Japanese Patent Application No. 2008-125665, Japanese Patent Application No. 2008-134046, Japanese Patent Application No. 2008-137629, Japanese Patent Application No. 2008-157556, Japanese Patent Application No. 2008-158830, Japanese Patent Application No. 2008-162842, Japanese Patent Application No. 2008-164111 No., Japanese Patent Application No. 2008-166907, Japanese Patent Application No. 2008-169799, Japanese Patent Application No. 2008-173046, Japanese Patent Application No. 2008-174231, Japanese Patent Application No. 2008-178700, Japanese Patent Application No. 2008-179872, Japanese Patent Application No. 2008-181052 Japanese Patent Application No. 2008-182325, Japanese Patent Application No. 20 Japanese Patent Application No. 8-18695, Japanese Patent Application No. 2008-188165, Japanese Patent Application No. 2008-202777, Japanese Patent Application No. 2008-203842, Japanese Patent Application No. 2008-206632, Japanese Patent Application No. 2008-209497, Japanese Patent Application No. 2008-214912, Japanese Patent Application No. 2008. -229434, Japanese Patent Application No. 2008-231842, Japanese Patent Application No. 2008-243690, Japanese Patent Application No. 2008-2445061, Japanese Patent Application No. 2008-249719, Japanese Patent Application No. 2008-256006, Japanese Patent Application No. 2008-266020, Japanese Patent Application No. 2008- No. 269294, Japanese Patent Application No. 2008-282825, Japanese Patent Application No. 2008-288411, Japanese Patent Application No. 2008-290630, Japanese Patent Application No. 2008-295174, Japanese Patent Application No. 2008-290991, Japanese Patent Application No. 2008-305951, Japanese Patent Application No. 2008-319210. , Japanese Patent Application 2008-3 No. 7045, No. 2009-011656, No. 2009-013856, No. 2009-015027, No. 2009-016249, No. 2009-021161, No. 2009-021161, No. 2009-022247, Japanese Patent Application No. 2009-023345, Japanese Patent Application No. 2009-024512, Japanese Patent Application No. 2009-025684, Japanese Patent Application No. 2009-026989, Japanese Patent Application No. 2009-028105, Japanese Patent Application No. 2009-028150, Japanese Patent Application No. 2009-028253, Japanese Patent Application No. 2009-028253 Japanese Patent Application No. 2009-029406, Japanese Patent Application No. 2009-029471, Japanese Patent Application No. 2009-029539, Japanese Patent Application No. 2009-030759, Japanese Patent Application No. 2009-030865, Japanese Patent Application No. 2009-030942, Japanese Patent Application No. 2009-032264, Japanese Patent Application No. 2009-032264 2009-032312, Japanese Patent Application No. 20 09-032378, Japanese Patent Application No. 2009-033490, Japanese Patent Application No. 2009-033534, Japanese Patent Application No. 2009-033679, Japanese Patent Application No. 2009-037263, Japanese Patent Application No. 2009-048869, Japanese Patent Application No. 2009-048591, Japanese Patent Application No. 2009 No. 049078, Japanese Patent Application No. 2009-057455, Japanese Patent Application No. 2009-057586, Japanese Patent Application No. 2009-055745, Japanese Patent Application No. 2009-077911, Japanese Patent Application No. 2009-078042, Japanese Patent Application No. 2009-096331, Japanese Patent Application No. 2009- No. 099697, Japanese Patent Application No. 2009-099777, Japanese Patent Application No. 2009-101616, Japanese Patent Application No. 2009-101707, Japanese Patent Application No. 2009-101183, Japanese Patent Application No. 2009-102700, Japanese Patent Application No. 2009-102759, Japanese Patent Application No. 2009-102835 No., Japanese Patent Application 2009- No. 13235, Japanese Patent Application No. 2009-113308, Japanese Patent Application No. 2009-113410, Japanese Patent Application No. 2009-114208, Japanese Patent Application No. 2009-114277, Japanese Patent Application No. 2009-114425, Japanese Patent Application No. 2009-117323, Japanese Patent Application No. 2009-117384 No., Japanese Patent Application No. 2009-117501, Japanese Patent Application No. 2009-122806, Japanese Patent Application No. 2009-122905, Japanese Patent Application No. 2009-122971, Japanese Patent Application No. 2009-132803, Japanese Patent Application No. 2009-132898, Japanese Patent Application No. 2009-133001 No. 2009-143024, No. 2009-143110, No. 2009-143234, No. 2009-148351, No. 2009-148406, No. 2009-148490, No. 2009-150668, Japanese Patent Application No. 2009-150 No. 10, Japanese Patent Application No. 2009-150935, Japanese Patent Application No. 2009-154759, Japanese Patent Application No. 2009-154894, Japanese Patent Application No. 2009-155041, Japanese Patent Application No. 2009-159504, Japanese Patent Application No. 2009-159584, Japanese Patent Application No. 2009-159640 No., Japanese Patent Application No. 2009-173960, Japanese Patent Application No. 2009-174033, Japanese Patent Application No. 2009-174126, Japanese Patent Application No. 2009-177369, Japanese Patent Application No. 2009-177460, Japanese Patent Application No. 2009-177568, Japanese Patent Application No. 2009-182941 No. 2009-182958, No. 2009-182929, No. 2009-185486, No. 2009-185521, No. 2009-185777, No. 2009-186284, No. 2009-186331, Japanese Patent Application No. 2009-186377 No. 2009-188916, No. 2009-188959, No. 2009-189017, No. 2009-189737, No. 2009-189814, No. 2009-189893, No. 2009-191699, Japanese Patent Application No. 2009-191863, Japanese Patent Application No. 2009-191835, Japanese Patent Application No. 2009-195091, Japanese Patent Application No. 2009-195153, Japanese Patent Application No. 2009-195235, Japanese Patent Application No. 2009-197757, Japanese Patent Application No. 2009-197854, Japanese Patent Application No. 2009-197952, Japanese Patent Application No. 2009-201315, Japanese Patent Application No. 2009-201369, Japanese Patent Application No. 2009-201412, Japanese Patent Application No. 2009-204378, Japanese Patent Application No. 2009-204446, Japanese Patent Application No. 2009-204507, Japanese Patent Application No. 2009-204507 2009-206716, Japanese Patent Application 009-207996, Japanese Patent Application No. 2009-206838, Japanese Patent Application No. 2009-207798, Japanese Patent Application No. 2009-207877, Japanese Patent Application No. 2009-207951, Japanese Patent Application No. 2009-212823, Japanese Patent Application No. 2009-212910, Japanese Patent Application No. 2009 No.-213019, Japanese Patent Application No. 2009-215289, Japanese Patent Application No. 2009-215401, Japanese Patent Application No. 2009-215456, Japanese Patent Application No. 2009-218538, Japanese Patent Application No. 2009-218635, Japanese Patent Application No. 2009-218720, Japanese Patent Application No. 2009- There are 220172, Japanese Patent Application No. 2009-220285, and Japanese Patent Application No. 2009-220378.

  In the existing thermal power plants in the world, CO2 increase global warming acceleration and sea surface temperature rise by 7 degrees Celsius will be 1000 times in 100 years, etc. Increase the updraft, increase abnormally dry wildfires, droughts and torrential rains, etc., reduce human land food as much as possible, making it impossible for the natural phenomenon of supplying nutrients to the sea surface cooling seabed in winter, Phytoplankton, seaweeds, corals, etc. are drastically reduced, fish are reduced to 1/100, etc. by the food chain. Underwater foods of mankind are also endlessly reduced. For example, the typhoon and the seasonal wind are set to 300m / second, etc., and there is a problem to prevent the global warming and postpone human extinction in order to increase the danger of human extinction. At the same time, because the resources are depleted, the space-based prime solar-powered airplanes and boats with zero air resistance are used. As a result, there is a problem of speeding up natural phenomena, increasing the seaweeds, and increasing the digestive capacity of CO2 etc. indefinitely tens of thousands of times of the forest.

When a heat pump for heat production is driven by a metal-sphere mercury gravity solar turbine, heat (superheated steam heat) and cold heat (compressed air mass) become a challenge for infinite production with zero fuel cost. The amount of cold produced is close to infinity, the heat is stored with superheated steam 50, and short-term maximum heat injection is possible, and when the universe rises, the combined engine injection unit 78X provides a short injection propulsion force 100 times the pressure of existing jets 10 times Aiming for 1000 times the output of calorie injection, airplanes should be primed for space use and stratosphere use where the fuel consumption is close to zero, and when flying from space to the stratosphere, the fuel consumption will be zero and the most efficient use of solar-powered superheated steam production. In solar powered prime vessels, CO2 and air heated by sunlight are compressed with a heat pump and stored separately in heat recovery heat and cold, water jet Injecting fuel into the cold air of compressed air in the process of injection, and injecting superheated steam temperature approaching 100 degrees of atmospheric pressure in three-stage combustion three times to 800 degrees etc., and injecting superheated steam and combustion gas at the highest speed Existing ship 10 times the speed of water, etc., speeding up the natural phenomenon by propelling water suction, tens of thousands of times the ability to digest microorganisms in the air, proliferating microorganisms in the water, phytoplankton, seaweed, etc. The capacity will be increased tens of thousands of times, including various types of gravity power generation.

  As a vertical type moving blade metal ball mercury gravity solar heat turbine 8G drive water jet ship 38B, water jet 79Z injects CO2 with the atmosphere and injects it at high speed, and speeds up the natural phenomenon of mixing and dissolving in the sea around the world. CO2 and nitrogen and oxygen are dissolved to multiply phytoplankton, etc., and the effect of increasing fish is great. When used in metal sphere mercury gravity solar thermal power generation such as berthing, battery-powered automobiles and ships are primed, and electric drive This has the effect of reducing CO2 exhaust, such as home electrification and factory electrification, and the use of CO2 exhaust with cold heat has the effect of supplying a large amount of extremely cheap ice, and dissolves CO2 after cold recovery into deep ocean water. Supplying it to the seabed has a great effect on the growth of phytoplanktons, seaweeds and seafood. Vertical type moving blade metal sphere mercury gravity solar heat engine Fuel cost is small and medium- and large-sized ship driving has the greatest effect of being able to achieve the best profit rate in the world. When operated at 10 times the speed of existing ship, water jet ship 38B is prosperous The best experiment is to increase the phytoplankton in the breeding food chain and increase the fish in proportion to the food for the start of the natural phenomenon that accelerates the supply of all the CO2 recovered during the propulsion process into the sea There is a big effect to shift to ultra-large aquaculture fishery.

Explanatory drawing of calorie acceleration saddle type all rotor blade metal sphere mercury gravity solar turbine 8G (Example 1) Explanatory drawing of mass acceleration saddle type all blade metal sphere mercury gravity solar heat turbine 8G (Example 2) Explanatory drawing of the air suction water injection water jet ship 38B (Example 3) Explanatory drawing of water jet 79Z (Example 4)

  Embodiments and examples of the invention will be described with reference to the drawings, but the same names or reference numerals are given to portions that are substantially the same as those of the embodiments and examples and the description, and redundant description will be omitted. Omitted as much as possible, and the characteristic parts and the lack of explanation will be added and explained sequentially. The idea is explained with hypothetical figures for the very difficult brain theory best engine invention and to clearly explain the intended place and expectation, but the correct answer is the hypothetical figure of the theoretical best engine as an experimental figure. It is not limited to. The resources that include the propulsion of the injection from the best engine theoretically, in order to duplicate the explanation of the idea that seems to be the best in many applications, select and use the idea according to the application, and select and use according to the application in the claims. As an output that matches the volume and demand, for example, impact-reducing materials for power generation with infinite demand are deployed from the core of water output to liquid metal and mercury, and the most important aircrafts that are lightweight and large are lightweight and large. Ships where output is important will use liquid metal output as the core of lead alloys and water output as the core prediction, and will shift from theoretical best to experimental best engine for practical use.

  In the calorie accelerated vertical all-blade metal sphere mercury gravity solar heat turbine 8G of FIG. 1, an increase sphere raising device 2F is provided to ascend and store the metal sphere mercury at the top, and a 1-10 stage turbine in the outer box 77a. Are vertically arranged in multiple stages, and the number of units is used according to the application, and 400 MPa is injected by the mercury injection pump 6Z to accelerate the acceleration of the compressed air calorie, to accelerate the gravitational acceleration, and to drive the vertical blade metal ball mercury gravity solar turbine 8G. Rotating the turbine 8G by driving the generator 1, the heat pump 1G, the compression heat recovery unit 2C, the water heat exchanger 2Y, and the air heat exchanger 2X outside the turbine outer box 77a by providing the horizontal axis 1h between the turbines. By alternating directions, vibration and noise are offset to a minimum, and solar heat is used as a seed to produce near-infinity warm heat (superheated steam with compressed air heat) and cold heat (compressed air mass) using heat pump 1G and compressed heat recovery unit 2C. For example, 400 degrees After that, it is divided into 24-400 MPa superheated steam + compressed air mass around 24-200 MPa, and the turbine blade turbine is driven partly to supply most of it to the combustor 1Y of the water jet 79Z in FIG. The annular combustion is performed to form the three-stage combustion that heats the superheated steam 50 on the outer periphery and the inner periphery, and the combustion gas 49 and the superheated steam 50 are brought close to the injection temperature, and air is sucked and jetted and water is sucked and jetted. The water jet 79Z is used to supply the maximum amount of air bubbles to the bottom of the ship in the course of injection propulsion, to minimize the friction loss and to maximize the levitation force. Set to 8G.

In the process of exhausting the heat-accelerated vertical all-blade metal sphere mercury gravity solar turbine 8G, the water condenser 2a cools the mass turbine-driven metal sphere mercury, and then cools the mass turbine exhaust air with the cold condenser 2H for cooling. Water, the metal sphere mercury temperature is evacuated by the air extractor 51, the mass turbine is driven by the increased temperature of the metal sphere mercury, the metal sphere mercury is cooled to lower the cooling temperature, and the heat quantity turbine is circulated to increase the drive temperature, The inner rotor blade group 60C and outer rotor blade group 60D are provided with thrust bearings 80a that are hydraulically levitated to support a large weight and can be fully automated as much as possible. The gravitational acceleration unit 1g, which enables group and multi-stage turbines, facilitates fully automatic processing and assembly, and accelerates the metal ball mercury, has a horizontal shaft 1h through-hole that drives the generator 1, heat pump 1G, etc. And The electric machine 1 and the heat pump 1G are driven outside the turbine outer box 77a, the solar heating air is compressed to around 1000 degrees, and the solar heating air is heated to 600 degrees C by the air heat exchanger 2X. The compression is around 1200 degrees, and the heat production of the high-pressure compressed air 28a and the superheated steam 50 is repeatedly increased, and the atmospheric pressure, the same speed, and the same volumetric power kg weight m / second are made 10,000 times that of the existing steam turbine, Injected into the turbine blade cross section 4X, which has a cross-sectional area of 2 to 26 times the existing turbine blade cross-sectional area, and the maximum use of gravity, sunlight and surface tension by generating rolling contact rotation output, mass production of compressed air and heat (overheating) Steam), seawater temperature rise 0CO2 exhaust 0 heat quantity acceleration vertical type all blade metal mercury mercury gravity solar turbine 8G.

The mass-accelerated vertical-type all-blade metal sphere mercury gravity solar thermal turbine 8G in FIG. 2 is provided with 1 to 10-stage turbines vertically arranged in multiple stages in the outer box 77a, and the number of units adapted to the application is used. The metal sphere mercury whose temperature has been increased by driving is ascended and stored in the uppermost part by the increasing sphere rising device 2F, and 400 MPa or the like is injected by the mercury injection pump 6Z, and the compressed air 28a mass acceleration gravity acceleration is accelerated. The turbine 8G is driven by rolling contact of the metal sphere mercury, and the compressed air 28a approaching absolute 0 degrees in the driving process is heated by the metal sphere mercury whose temperature is increased, thereby increasing the compressed air volume velocity and increasing the turbine output. The metal sphere mercury is cooled, and the heat-acceleration turbine 8G is driven by the cooled metal sphere mercury, and the low-temperature compressed air 28a of the mass turbine exhaust is extracted as a circulation to raise the temperature of the metal sphere mercury. 51, in the process of suction, heat quantity acceleration turbine 8G exhaust is cooled, cooling condenser 2H mass turbine exhaust cooling, exhaust air is circulated and compressed by heating heat pump 1G, and through-holes are inserted in the inter-turbine gravity acceleration section 1g. And the horizontal axis 1h, driving the generator 1 and the heat pump 1G, etc. outside the turbine outer box 77a, alternately rotating the turbine 8G, canceling out vibrations and noise, and using solar heat as a seed heat pump 1G and air heat exchanger 2X produce near-infinite warmth and cold heat, store and divide and store in 24-400MPa superheated steam + 24-400MPa compressed air mass, and drive the turbine in a part of it and mostly water jet Mass-accelerated vertical all-blade metal ball mercury gravity solar heat turbine that drives 79Z, makes air-suction-injection, water-inhalation-injection, and CO2 etc. into seawater. And then to G.

In the process of generating mass-accelerated saddle-type all-blade metal sphere mercury gravity solar power turbine 8G rotational output, the heating volume of compressed air 28a approaching 0 degree absolute is increased with metal sphere mercury to increase the acceleration speed of mass acceleration. The rotational output of the turbine is increased. In the exhaust process, the heat of the calorific turbine is cooled with metal ball mercury, and in the process of sucking in the mass turbine exhaust in the air extractor 51, the exhaust gas superheated steam is cooled. The heat is compressed with a heat pump and heated to repeat heat recovery.The metal sphere mercury driven by the mass turbine is cooled and heated using the metal sphere mercury driven by the heat turbine. As circulation for driving the mass turbine 8G, the inner rotor blade group 60C and the outer rotor blade group 60D are provided with a thrust bearing 80a for hydraulic levitation to support a large weight, and in a multistage manner like the heat acceleration turbine 8G. -Bin is enabled, the generator 1 and the heat pump 1G are driven outside the turbine outer box 77a, the solar heating air is compressed around 1000 degrees, and the solar heating air is supplied by the air heat exchanger 2X. Heat to 500 degrees C to about 1200 degrees compression, repeatedly increase the production volume of high-pressure compressed air 28a and superheated steam 50, the atmospheric pressure, the same speed, the same volumetric power, kg weight m / second, Generates a metal ball mercury output around 10,000 times that of the turbine and injects it into the turbine blade cross section 4X, which has a cross sectional area of 2 to 26 times the existing turbine blade cross sectional area, to generate rolling contact rotational output and maximize gravity, sunlight and surface tension. In the exhaust process, the air extractor 51 and the heat pump 1G are used again for compression, and the seawater temperature rise 0CO2 exhaust 0 mass accelerated vertical metal blade mercury gravity solar thermal turbine 8G.

  In the generation of the propulsion output of the air suction water jet water jet ship 38B in FIG. 3, since the use of gravity is limited, as a turbine additional gravity acceleration for calorie acceleration or mass acceleration, a multi-blade all-blade metal ball mercury gravity solar turbine 8G Corresponding to the ship speed by using the side-by-side selection, etc., the air heated by the solar intake air 28A constituted by the long lens 2d heat absorbing material 2B in the process of sucking the air 28a from the blade leading edge 38e air passage inlet 28B. 28a is sucked in, and is compressed to around 1000 degrees with a large number of horizontal pumps 1h driven heat pumps 1G of a plurality of turbines, and heat recovery is made around 600 degrees with another air 28a of solar heating in the air heat exchanger 2X, and the heat pump 1G The heat production is repeated at around 1200 degrees, and heat recovery is repeated. When necessary, the high pressure combustion heat exchange cooling combustion is performed in the compression heat recovery unit 2C as much as possible, and repeated pressure To 1200 degrees back and forth, repeating the heat recovered by the water heat exchanger 2Y, and produce 24~400MPa superheated steam 50 and 24~400MPa combustion gases 49 wt.

A plurality of vertical all-blade metal sphere mercury gravity solar heat turbines 8G are driven by a part of the hot and cold, and most of them are supplied to the combustor 1Y of the water jet 79Z to heat the superheated steam 50 on the outer periphery of the fuel injection combustion. As an equivalent 3-5 stage combustion selection, the injection temperature of superheated steam 50 close to 100 degrees close to the combustion gas 49 injection temperature 900 degrees, the maximum injection speed and the maximum combustion gas suction force, the water jet 79Z multiple air suction injection The water suction and injection output is maximized, and the suction is injected obliquely downward from the foremost part of the hull. In addition, 79X, which can be used for reverse injection, is added, the speed of various medium and large ships is made close to the speed of sound, and the natural phenomenon of high-speed dissolution of CO2 into the sea along with the atmosphere is accelerated, phytoplankton and seaweed Proliferate, and to increase the food of fish such as the food chain, and to a large water jet ship 38B flourished in various.

In the water jet 79Z in FIG. 4, the superheated steam 50 obtained by keeping the superheated steam control valve 25 open and divided is supplied to the uppermost stream of the superheated steam reservoir 95c on the outer periphery of the combustor 1Y, and the combustion gas control valve 24 to the compressed air control valve 24A are supplied. Is opened, and a 24-400 MPa combustion gas 49 around 200 degrees is supplied to the uppermost stream of the combustion gas reservoir 95a, and the fuel 1b is supplied from the fuel injection nozzle 1X from the fuel injection pump 1D not shown in the open view of the fuel control valve 25b. The superheated steam 50 on the outer periphery of the ignition combustion is heated by the uppermost stream of the combustor 1Y to raise the combustion temperature, and the superheated steam 50 in the outer peripheral superheated steam reservoir 95c is heated to around 400 degrees to 600 to 900 degrees, etc. The output is increased, and after the second stage combustion, the combustion gas injection nozzle 6Y is provided in an annular shape at the optimal internal position of the superheated steam reservoir 95c, and is one stage higher than the plurality of fuel injection nozzles 6X. Fuel injection combustion into the combustion flow, the superheated steam 50 is made the optimum distance annular heating 600-900 degrees from the outer periphery and the inner periphery, 3-5 stage combustion can be selected in substantially the same way, By increasing the injection speed, the combustion gas suction output is increased, and the water jet 79Z that combines the large expansion speed of the superheated steam and the high-speed combustion of the scramjet enables a large increase and decrease in the amount of fuel combustion.

After the second stage combustion, 50 superheated steam jets are annularly heated from inside and outside by the combustion gas 49, and further, fuel injection is ignited and annularly combusted from the multiple fuel injection nozzles 6X into the suction air stream, and the superheated steam is annularly heated from the outer periphery. The superheated steam 50 can be injected at the highest temperature and the stoichiometric air-fuel ratio combustion can be performed. Steam 50 injection output, combustion gas 49 suction output and air 28a suction output are increased and injected to the maximum, front air is sucked and injected to increase water output to the maximum and water is sucked and injected, and superheated steam And the combustion gas injection propulsion output is maximized, the air suction jet water suction jet water jet 79Z is maximized with the water suction jet output, and nutrients such as nitrogen, oxygen and CO2 are fed into the sea at ultra high speed. Aiming to increase the speed of dissolution, increase the speed of natural phenomena, increase the speed of various medium and large ships to 10 times that of existing ships, increase phytoplankton, seaweed, etc., digestion capacity such as CO2, etc. tens of thousands times that of forests And speeding up natural phenomena that increase fish and kombu by food chains.

  0: Vacuum, 1: Generator, 1A: Mercury exhaust inspection room, 1B: Oxygen amount increasing means, 1C: Alcohol cooling, 1D: Fuel injection pump, 1F: Condensate pump, 1G: Heat pump, 1H: Pumping pump, 1J: Pumping device, 1Y: Combustor, 1b: Fuel, 1c: Specific critical material, 1d: Mercury, 1e: Coated steel ball (covered with impact reducing means 2G) 1e: Coated mercury (durable material such as spherical stainless steel and impact 1g: Gravity acceleration part, 1h: Horizontal axis, 2: Solar heater (tracking by tilting and rotating sunlight with long lens) 2a: Water condenser, 2a: Condensate cooler, 2b: Solar thermal augmentation suspension bridge (tracking by tilting and rotating sunlight with a long lens multiple steps up and down the hanging tool left and right) 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: hanging tool left, 2g: hanging Right, 2h: Seawater cooler, z: geothermal air heater, 2A: heat-resistant material, 2B: heat absorbing material, 2C: compression heat recovery device, 2D: output increasing means, 2E: output increasing sphere (liquid metal such as liquid lead, liquid tin, liquid zinc, etc. Platinum balls, coated platinum balls, gold balls, coated gold balls, platinum alloy balls, gold alloy balls, lead alloy balls, silver alloy balls, coated platinum alloy balls, coated gold alloy balls, coated lead balls, coated silver alloy balls, tungsten alloys Ball, coated tungsten alloy ball, tungsten steel ball, coated tungsten steel ball, tantalum alloy ball, coated tantalum alloy ball, molybdenum steel ball, coated molybdenum steel ball, molybdenum cast iron ball, coated molybdenum cast iron ball, silver ball, coated silver ball, etc. 2F: Increasing sphere raising device, 2G: Impact reduction means (Coating with small-diameter spheres, lubricating oils, non-combustible liquids, rubbers, plastics, etc.) 2H: Cold and cold condenser, 2J: Liquid gold Metal heat exchanger, 2K: Lubricating material, 2X: Air heat exchanger, 2Y: Water heat exchanger, 2Z: Mercury heat exchanger, 3: Friction loss reduction means (water repellent action, heating high temperature means, coating, etc. 3A: Water repellent effect (means for reducing friction loss with water) 3B: High temperature heating means (high temperature is achieved by existing techniques such as electric resistance and electromagnetic heating) 3C: Cold energy recovery means, 3E: Impact reducing material (mercury, liquid metal, water) 3G: Water repellent action (means for reducing friction loss with mercury) 4A: Turbine blade cross section (existing cross section) 4B: Turbine blade cross section (output surface curved small cross section) 4C: Turbine blade 4D: turbine blade cross section (output opposite surface curved small cross section) 4F: turbine blade cross section (existing opposite cross section) 4X: turbine blade cross section (4A) ~ 4F 5C: Air exhaust chamber, 6: Nozzle, 6a: Nozzle injection section, 6b: Nozzle injection section, 6d: Nozzle injection section, 6z: Water injection pump, 6A: Superheated steam injection nozzle, 6B: Liquid lead injection Pump, 6C: Liquid tin injection pump, 6D: Liquid bismuth injection pump, 6E: Liquid zinc injection pump, 6F: Compressed air injection nozzle, 6H: Liquid cadmium injection pump, 6I: Liquid indium injection pump, 6J: Liquid gallium injection pump 6K: liquid thallium injection pump, 6L: liquid metal injection pump, 6X: fuel injection nozzle, 6Y: combustion gas injection nozzle, 6Z: mercury (liquid metal) injection pump, 7: fuel injection valve, 7A: propeller, 7B: Rotating blade, 7C: Screw, 7E: Rotating arm wing, 8a: Full moving blade impeller gas turbine (All moving blade gas 8b: All blade impeller water turbine (all blade water turbine or all blade heat quantity turbine), 8c: Turbine blade, 8d: Side plate, 8e: Cylindrical body, 8E: All blade Bouncer Mercury Turbine (Full-Body Mercury Turbine or Full-Blade Calorie Turbine) 8F: Full-Bladder Bush Car Gravity Turbine, 8G: Vertical-type Full-Body Liquid Metal Solar Thermal Turbine Turbine vertical all blade mercury gravity solar thermal turbine), 8K: liquid metal gravity opposed turbine (opposed turbine opposed heat quantity turbine opposed mass turbine), 8K: opposed series full blade impeller turbine (opposed series full blade impeller mercury turbine opposed series All blade impeller water turbine opposed series all blade impeller gas turbine opposed series all blade impeller gravity turbine), 8L: Series all blade impeller turbine Series full bucket impeller mercury turbine series full bucket impeller water turbine series full bucket impeller gas turbine series full bucket impeller gravity turbine), 10: hull, 10A: cabin, 10a: expansion compression chamber, 10b: cockpit, 10c: Control room, 10d: Guest room, 10e: Cargo room, 11A: Bulkhead, 11B: Water room 11C: Air room, 11D: Vacuum room, 16: Crankshaft, 16A: Horizontal axis, 21: Expanded piston, 24: Combustion gas control valve, 24A: compressed air control valve, 25: superheated steam control valve, 25B: hot water control valve, 25a: intake valve, 25b: fuel control valve, 28a: air, 28a: internal air, 28a: air pipe Air, 28b: Compressed air calorie, 28A: Intake air path, 28B: Air path inlet, 37a: Magnetized friction wheel, 37b: Inner magnetized friction wheel, 38a: Flight trunk 38B: flying wing, 38B: flying tail, 38d: vertical wing, 38e: leading edge of wing, 38g: surface wing, 38h: levitation boat, 38A: gravity plane, 38B: air suction water jet water jet ship, 38B: water Suction jet water jet ship, 39A: Solar thermal gravity plane, 39A: Liquid metal gravity solar thermal spacecraft, 39B: Solar thermal gravity rotating plane, 39B: Liquid metal gravity solar thermal plane, 39C: Solar thermal gravity helicopter, 39C: Liquid metal gravity solar thermal flight Ship, 39C: Metal sphere mercury gravity solar thermal ship, 39D: Screw ship, 39D: Liquid metal gravity solar thermal ship, 39F: Space return aircraft, 39G: Space return flight ship, 39C: Flight ship, 40A: Rudder, 46: Magnet Part, 49: combustion gas, 49B: chimney combustion gas calorific value 49C: factory use calorie, 50: superheated steam, 51: air extractor, 52a: water, 52b: water (water whose temperature changes due to sunlight) 52b: hot water, 52d: warm heat, 52d: water heat, 52d: Superheated steam temperature, 52e: Cooling heat, 52e: Water cooling heat, 52e: Compressed air cooling heat, 52e: Alcohol cooling heat, 52e: Ice cooling heat, 55: Gear type synchronization device (including magnetic friction synchronization device) 55B: Magnetic friction transmission device ( 55Y: Gear type transmission (selected from existing transmission) 60A: Inner shaft device, 60B: Outer shaft device, 60C: Inner blade group, 60D: Outer blade group, 77B: Cylindrical outer box, 77D: Water jet outer box, 77F: Injection part outer box, 77G: Cylindrical rotating part, 77a: Turbine outer box, 78A: Combined engine injection part, 8B: Combined engine injection unit, 78K: Combined engine injection unit, 78S: Combined engine injection unit (scramjet + steam turbine, etc.) 78T: Combined engine injection unit (scramjet + steam turbine, etc.) 78U: Combined engine injection unit (scram) 78V: Combined engine injection unit, 78X: Combined engine injection unit (selected from 78S78T78U78V) 79K: Combined engine injection unit, 79M: Water jet, 79S: Water jet, 79T: Water jet 79Z: Water jet ( 79V: Water jet (selected from 79S79T) 79X: Water jet (water suction injection) 79Y: Water jet (air suction injection) 79Z: Water jet (air suction injection) 80: Bearing, 80a: Force bearing, 80A: joint, 80B: clamp, 81: support shaft, 81a: fulcrum, 84: counter rotating magnetic friction power transmission device (including gear type and water pump combined use) 84Y: counter rotating gear device ( 94: Fixed outer box, 94A: Vertical part of outer box, 95: Hot water reservoir, 95a: Combustion gas reservoir, 95b: Compressed air reservoir, 95c: Superheated steam reservoir, 95A: Absorption channel, 95B: Fuel reservoir, 96A : Water supply channel, 97: Check valve, 103: Cold heat recovery device

Claims (5000)

  Metal sphere mercury gravity driven turbine blade cross section (4A) is 2 to 26 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 Low exhaust pressure, increased injection propulsion output + equipped with thrust bearing with additional hydraulic levitation + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine rotor blade group with almost the same shape for each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaustion is scarce Increased injection propulsion output + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is made 6 times as much as one stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 Low exhaust pressure, increased injection propulsion output + equipped with thrust bearing with additional hydraulic levitation + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine rotor blade group with almost the same shape for each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times double metal sphere mercury gravity turbine driven seed, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 Low exhaust pressure, increased injection propulsion output + equipped with thrust bearing with additional hydraulic levitation + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine rotor blade group with almost the same shape for each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 Low exhaust and increased propulsion propulsion output + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy storage cycle coalescing engine with bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided additional thrust bearing with hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Combined engine with various energy storage cycles as a combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times higher than 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Combined engine with various energy storage cycles as a combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with the same diameter and shape of each blade.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is 23 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive various types of cargo ships (79Z) with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production for each paragraph Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times the 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 9-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   A metal sphere mercury gravity driven turbine blade cross section (4B) is doubled to a two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, and the water jet (79Z) is used as a ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4A) 10 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with the same diameter and shape of each blade.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is made 14 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection propulsive force + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engine with a fitting bolt assembly turbine with the same diameter and the same shape for each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15-fold 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4A) is a 16-fold double stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with the same diameter and shape of each blade.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 17-fold three-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with the same diameter and shape of each blade.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20-fold 6-stage metal sphere mercury gravity turbine driven seed, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive various types of cargo ships (79Z) with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production for each paragraph Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive various types of cargo ships (79Z) with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production for each paragraph Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times as many as 8 stage metal sphere mercury gravity turbine driven seeds, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive various types of cargo ships (79Z) with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production for each paragraph Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive various types of cargo ships (79Z) with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production for each paragraph Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 10-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + Drive various types of cargo ships (79Z) with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production for each paragraph Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) driven by injection propulsion force + equipped with additional thrust bearings for hydraulic levitation + metal sphere mercury accelerated by pressure etc. stored separately in compressed air heat quantity and mass Various energy storage cycle coalescing engines with acceleration driven turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to one stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion of various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal spheres accelerated and driven with pressure, etc. divided and stored in compressed air heat quantity and mass Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion of various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal spheres accelerated and driven with pressure, etc. divided and stored in compressed air heat quantity and mass Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to three-stage metal sphere mercury gravity turbine driven species. Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescing engines using mercury-accelerated turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion of various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal spheres accelerated and driven with pressure, etc. divided and stored in compressed air heat quantity and mass Various energy storage cycle coalescing engines using mercury-accelerated turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to rotate up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to move up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to rotate up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to rotate up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to rotate up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine rotor blade group of the same diameter and shape of each paragraph as a fitting bolt assembly turbine for each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is a 15-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided additional thrust bearing with hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Combined engine with various energy storage cycles as a combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Accelerate liquid metal as small diameter + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blade group with same diameter and same shape for each stage Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Accelerate liquid metal as small diameter + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blade group with same diameter and same shape for each stage Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Accelerate liquid metal as small diameter + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blade group with same diameter and same shape for each stage Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Accelerate liquid metal as small diameter + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blade group with same diameter and same shape for each stage Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Accelerate liquid metal as small diameter + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is fitted with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Include horizontal axis (1h) + Accelerate metal sphere mercury to make metal sphere mercury gravity turbine driven species + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times the 10 stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + Include horizontal axis (1h) + Accelerate metal sphere mercury to make metal sphere mercury gravity turbine driven species + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine that is approximately the same shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Prepare + Accelerate metal sphere mercury to make metal sphere mercury gravity turbine driven seed + Heat pump and metal sphere mercury gravity produce compressed air production heat + Turbine blade group with the same diameter and shape of each paragraph As a fitting bolt assembly turbine, various energy storage cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Include horizontal axis (1h) + Accelerate metal sphere mercury to make metal sphere mercury gravity turbine driven species + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold two-stage metal sphere mercury gravity turbine driven species. Provide horizontal axis (1h) + Accelerate metal sphere mercury to make metal sphere mercury gravity turbine driven species + Heat pump and metal sphere mercury gravity produce heat production of compressed air + Each stage of turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to a three-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is tripled to a 4-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines in which the rotor blade group of each is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal sphere mercury gravity + Heat production + Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal sphere mercury gravity + Heat production + Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 9 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times metal sphere mercury gravity turbine driven species. Superheated steam injection temperature is brought close to combustion gas injection temperature. Accelerated metal sphere mercury gravity turbine driven seed + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy conservation cycle coalescing engines with moving blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal sphere mercury gravity + Heat production + Various energy storage cycle coalescing engines in which turbine blade groups for each paragraph have the same diameter and the same shape for each paragraph, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times higher than 3-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4A) is 16 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided additional thrust bearing with hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Fitting bolts with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Fitting bolts with turbine blades of the same diameter and shape of each stage Combined engine with various energy storage cycles as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Fitting bolts with turbine blades of the same diameter and shape of each stage Combined engine with various energy storage cycles as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Fitting bolts with turbine blades of the same diameter and shape of each stage Combined engine with various energy storage cycles as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is made 21 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Mounting blades of turbines with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 23-fold double stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold 4-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to a 5-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided additional thrust bearing with hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 4 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines in which the rotor blade group of each is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times double metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   The metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times the 1 stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter per paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature approaches combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 2 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times higher than 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is made 17 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold three-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter per paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times the 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine rotor blade group for each stage with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times double metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 3-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is made 16 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 17-fold double stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold five-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 21 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with a thrust bearing with additional hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadruple two-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times higher than 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times double stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 9-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold 10-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter per paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadruple 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times higher than 6 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times higher than 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times higher than 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is made 11 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Prepare + (79Z) Drive driving force for various types of passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Turbine movement for each stage Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 2 stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) is 20 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold one-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Fitting bolts with turbine blades of the same diameter and shape of each stage Combined engine with various energy storage cycles as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is a 24x double stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold three-stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled four-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   A metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to a 5-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 4 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 16 times 7-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times as large as the two-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold 5-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 9 times 2 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   A metal sphere mercury gravity driven turbine blade cross section (4A) is made 10 times as large as a three-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearing + Heat pump and metal sphere mercury gravity heat production + paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold double stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + + equipped with thrust bearing with additional hydraulic levitation + heat production with heat pump and metal sphere mercury gravity + turbine blade group for each paragraph with the same diameter and almost the same shape Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structures and methods for accelerating metal sphere mercury + + equipped with thrust bearings added to hydraulic levitation + heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + + equipped with thrust bearing with additional hydraulic levitation + heat production with heat pump and metal sphere mercury gravity + turbine blade group for each paragraph with the same diameter and almost the same shape Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times the 5-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times higher than 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with the same diameter and shape of each blade.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is 23 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times the 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 9-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   A metal sphere mercury gravity driven turbine blade cross section (4B) is doubled to a two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, and the water jet (79Z) is used as a ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + Provide hydraulic thrust surfacing additional thrust bearings + Heat pump and metal ball mercury gravity heat production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4A) 10 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is made 14 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + metal sphere mercury that is accelerated and driven by compressed air heat and mass divided pressure Various energy storage cycle coalescing engines with accelerated drive turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is a 16-fold two-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Save ascending with increasing ball lifting device (2F) + Provide additional thrust bearing with hydraulic levitation + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 17-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Save ascending with increasing ball lifting device (2F) + Provide additional thrust bearing with hydraulic levitation + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Save ascending with increasing ball lifting device (2F) + Provide additional thrust bearing with hydraulic levitation + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Save ascending with increasing ball lifting device (2F) + Provide additional thrust bearing with hydraulic levitation + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Save ascending with increasing ball lifting device (2F) + Provide additional thrust bearing with hydraulic levitation + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescence engine with turbine rotor blade group of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is 23 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 10-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine rotor blade group for each stage with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to one stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is 11 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Combined engine with various energy storage cycles as a combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times higher than 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is a 15-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times the 10 stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Include horizontal axis (1h) ++ Equipped with additional thrust bearing for hydraulic levitation + Production of compressed air by heat pump and metal sphere mercury gravity + Assembly bolt assembly with turbine blades having the same diameter and shape of each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + + Provided with additional thrust bearings for hydraulic levitation + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is a 24x 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Include horizontal axis (1h) ++ Equipped with additional thrust bearing for hydraulic levitation + Production of compressed air by heat pump and metal sphere mercury gravity + Assembly bolt assembly with turbine blades having the same diameter and shape of each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold two-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Include horizontal axis (1h) ++ Equipped with additional thrust bearing for hydraulic levitation + Production of compressed air by heat pump and metal sphere mercury gravity + Assembly bolt assembly with turbine blades having the same diameter and shape of each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to a three-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine rotor blade group fitted in each paragraph with the same diameter and shape as each paragraph Combined engine with various energy storage cycles as a combined bolt assembly turbine.   A metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to a 4-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 9 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is made 10 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Combined engine with various energy storage cycles as a combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times higher than 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4C) is 18 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal sphere mercury gravity + Heat production + Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 23-fold double stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold 4-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   The metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to a 5-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, and the water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 4 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Mounting blades of turbines with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times double metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times the 1 stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature approaches combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 2 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times higher than 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is made 17 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold three-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times the 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times double metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 3-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine rotor blade group for each stage with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is made 16 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 17-fold double stage metal sphere mercury gravity turbine driven species. Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold five-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 21 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadruple two-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times higher than 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Combined engine with various energy storage cycles as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times double stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 9-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold 10-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times the metal sphere mercury gravity turbine driven species. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) is used. Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to double stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadruple 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times higher than 6 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times higher than 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times higher than 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is made 11 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made the same diameter and shape Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 2 stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) is 20 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Prepare + (79Z) Drive driving force for various types of passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Turbine movement per stage Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 23-fold one-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is a 24x double stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold three-stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled four-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   A metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to a 5-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades in each paragraph having the same diameter and shape of each turbine, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 4 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 16 times 7-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times as large as the two-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines in which the rotor blade group of each is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold 5-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere Structure and method for accelerating mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury Gravity + Heat production of turbine air turbine blade Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 9 times 2 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method of accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust surfacing additional thrust bearing + Heat production with heat pump and metal sphere mercury gravity + Production per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   A metal sphere mercury gravity driven turbine blade cross section (4A) is made 10 times as large as a three-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method of accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust surfacing additional thrust bearing + Heat production with heat pump and metal sphere mercury gravity + Production per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold double stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times the 5-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine production for each stage Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times higher than 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is 23 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + (79Z) driving propulsion for various cargo ships + Provided with additional thrust bearings for hydraulic levitation + Metal balls that are accelerated and driven by pressure, etc. divided and stored in heat quantity and mass of compressed air Various energy storage cycle coalescence engine using mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to move up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Provide water jet so that it can move up and down + Provide hydraulic thrust floating additional thrust bearing + Heat pump and metal ball Mercury compressed by gravity Air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to move up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to move up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Make maximum use of gravity, sunlight and surface tension + Provide water jet to be able to move up and down + Provide hydraulic thrust surcharge bearing + Heat pump and metal ball mercury gravity Compressed air production heat production + various energy storage cycle coalescing engine with turbine rotor blade group for each paragraph having the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4A) 10 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is made 14 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is a 16-fold two-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 17-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is 23 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 10-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to one stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines in which the rotor blade group of each is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine rotor blade group for each stage with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times higher than 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is a 15-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter per paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times the 10 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) is a 24x 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold two-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to a three-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   A metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to a 4-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines in which the rotor blade group of each is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal sphere mercury gravity + Heat production + Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 9 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is made 10 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times higher than 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Fitting bolts with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4C) is 18 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is made 21 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold two-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold 4-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to a 5-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, and the water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 4 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times double metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Mounting blades of turbines with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times the 1 stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature approaches combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 2 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times higher than 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is made 17 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold three-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times the 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 4 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various types of passenger ships + equipped with thrust bearings with additional hydraulic flotation + heat production and heat production of compressed air with metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times double metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 3-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 7 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is made 16 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 17-fold double stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold five-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 21 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine rotor blade group for each stage with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadruple two-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times higher than 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times double stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 9-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold 10-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity driven turbine blade cross-section (4D) is a 25-fold 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to double stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadruple 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times higher than 6 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times higher than 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times higher than 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive propulsion of various passenger ships + Provide hydraulic thrust surcharge additional thrust bearing + Heat pump and metal ball mercury gravity heat production + turbine per paragraph Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times higher than 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward Accelerated metal sphere mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity to produce compressed air production heat production + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 2 stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 3 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross-section (4E) is 20 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 10-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades are fitted with bolts with the same diameter and shape of each stage Various energy storage cycle coalescing engine as an assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat Various energy conservation cycle coalescing engines.   Metal sphere mercury gravity driven turbine blade cross-section (4B) is a 23-fold one-stage metal sphere mercury gravity turbine driven species, and superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + It is equipped with a horizontal axis (1h) + It is equipped with an additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each paragraph is made almost the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is a 24x double stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold three-stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled four-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   A metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to a 5-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provided with horizontal axis (1h) + Provided with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Assembly of turbine blades with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 4 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provided with horizontal axis (1h) + Provided with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group for each stage fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive driving of various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 9 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Prepare + (79Z) Drive driving force for various types of passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air with heat pump and metal ball mercury gravity + Turbine movement for each stage Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 10 times higher than 1 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Accelerated metal sphere mercury gravity turbine driven species + (79Z) driving propulsion for various ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity for heat production + Various energy storage cycle coalescing engines with turbine blade groups for each paragraph, with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 15-fold 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 16 times 7-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Structure and method of accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust surfacing additional thrust bearing + Heat production with heat pump and metal sphere mercury gravity + Production per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 20 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere Structure and method for accelerating mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat production with heat pump and metal ball mercury Gravity + Heat production of turbine air turbine blade Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times as large as the two-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) is a 23-fold three-stage metal sphere mercury gravity turbine driven species, bringing superheated steam injection temperature closer to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method for accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust additional thrust bearing + Heat pump and metal sphere mercury gravity to produce compressed air production heat + Turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Structure and method of accelerating metal sphere mercury + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust surfacing additional thrust bearing + Heat production with heat pump and metal sphere mercury gravity + Production per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 25-fold 5-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled to 6 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is tripled to 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is quadrupled to 8 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 5 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 6 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 7 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + (79Z) driving various cargo ships with injection thrust + equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal ball mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 8 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4F) is 9 times 2 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   A metal sphere mercury gravity driven turbine blade cross section (4A) is made 10 times as large as a three-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 11 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 12 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 13 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 14 times 7 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 15 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 16 times 9 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 17 times 10 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) is used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 18 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal Accelerated metal sphere mercury gravity turbine drive type + (79Z) driving propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal sphere mercury gravity + Heat production + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 19 times 1 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 20-fold double stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) Rotation direction alternate metal sphere mercury gravity turbine driven type + (79Z) Drive driving propulsion of various cargo ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity Compressed air production heat production + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is 21 times 3 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) Rotation direction alternate metal sphere mercury gravity turbine driven type + (79Z) Drive driving propulsion of various cargo ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity Compressed air production heat production + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is 22 times 4 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) Rotation direction alternate metal sphere mercury gravity turbine driven type + (79Z) Drive driving propulsion of various cargo ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity Compressed air production heat production + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is 23 times 5 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + It is equipped with a horizontal axis (1h) and is driven by an alternating turbine in the rotational direction + (79Z) is driven by an injection propulsion force + It is equipped with a thrust bearing with additional hydraulic levitation + A heat pump and a metal ball are compressed by mercury gravity Air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) is 24 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) Rotation direction alternate metal sphere mercury gravity turbine driven type + (79Z) Drive driving propulsion of various cargo ships + Hydraulic levitation additional thrust bearings + Heat pump and metal sphere mercury gravity Compressed air production heat production + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is 25 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + (79Z) drive various types of cargo ships + hydraulically levitated additional thrust bearings + heat pump and metal ball mercury gravity heat production + turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) is 2 to 26 times 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) equipped + various cargo ships (79Z) driven propulsion force + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity heat production + paragraph Various energy storage cycle coalescing engines, each of which has a turbine rotor blade group with the same diameter and approximately the same shape for each paragraph, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 2 to 26 times 9 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) equipped + various cargo ships (79Z) driven propulsion force + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity heat production + paragraph Various energy storage cycle coalescing engines, each of which has a turbine rotor blade group with the same diameter and approximately the same shape for each paragraph, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is a 2 to 26 times 10 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) equipped + various cargo ships (79Z) driven propulsion force + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity heat production + paragraph Various energy storage cycle coalescing engines, each of which has a turbine rotor blade group with the same diameter and approximately the same shape for each paragraph, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) is made 2 to 26 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + Provide horizontal axis (1h) + Drive (79Z) propulsion of various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Production of compressed air by heat pump and metal ball mercury gravity + For each paragraph Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   The metal sphere mercury gravity driven turbine blade cross section (4C) is 2 to 26 times the 1 stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) equipped + various cargo ships (79Z) driven propulsion force + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity heat production + paragraph Various energy storage cycle coalescing engines, each of which has a turbine rotor blade group with the same diameter and approximately the same shape for each paragraph, and a fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) is a 2 to 26 times 2 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) equipped + Various cargo ships (79Z) driven by propulsion force + Hydraulic levitation additional thrust bearings + Accelerated drive by compressed air heat and mass divided pressure Combined engine of various energy storage cycles using a metal ball mercury accelerated turbine.   The metal sphere mercury gravity driven turbine blade cross section (4E) is 2 to 26 times the 3-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) using ship (38B) + Horizontal axis (1h) equipped + Various cargo ships (79Z) driven by propulsion force + Hydraulic levitation additional thrust bearings + Accelerated drive by compressed air heat and mass divided pressure Combined engine of various energy storage cycles using a metal ball mercury accelerated turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) is a 2 to 26 times 4 stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + Horizontal axis (1h) equipped + Various cargo ships (79Z) driven by propulsion force + Hydraulic levitation additional thrust bearings + Accelerated drive by compressed air heat and mass divided pressure Combined engine of various energy storage cycles using a metal ball mercury accelerated turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) A combination of various types of energy storage cycles with an acceleration driving turbine using a metal ball mercury that is accelerated and driven by a pressure that is divided and stored in compressed air heat quantity and mass, etc.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) A combination of various types of energy storage cycles with an acceleration driving turbine using a metal ball mercury that is accelerated and driven by a pressure that is divided and stored in compressed air heat quantity and mass, etc.   7-stage metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production of turbine blades per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Eight-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production of turbine blades per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Nine-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production of turbine blades per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production of turbine blades per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Heat production of turbine blades per paragraph Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) use ship (38B) + the liquid metal is made the acceleration metal sphere mercury gravity turbine drive type + hydraulic pressure Combined engine with a floating bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + various energy storage cycle coalescing turbines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   A metal sphere mercury gravity turbine drive type brings the superheated steam injection temperature close to the combustion gas injection temperature + the water jet (79Z) uses the ship (38B) + the horizontal axis (1h) has a square rectangular turbine outer box at right angles Rotation direction alternate metal sphere mercury is used as an acceleration driven turbine, liquid metal is accelerated downward, equipped with additional thrust bearings for hydraulic levitation + heat production with heat pump and metal sphere mercury gravity + turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Nine-stage metal ball mercury gravity turbine drive type, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion drive + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine rotor blade group with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust It has + heat pump and metal bulb mercury gravity to produce compressed air and heat production + various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Nine-stage metal ball mercury gravity turbine drive type, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving force + Hydraulic levitation additional thrust bearings + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) is used (38B) + the horizontal axis (1h) is provided + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine drive type: near superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   Nine-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + the water jet (79Z) is used in the ship (38B) + the horizontal axis (1h) is provided and driven by the rotating direction alternating turbine + It is equipped with a thrust bearing with additional hydraulic levitation + heat production with heat pump and metal ball mercury gravity + heat production of compressed air in each stage + various types of energy storage with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving force + Hydraulic levitation additional thrust bearings + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) is used (38B) + the horizontal axis (1h) is provided + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine driven species + water jet (79Z) is used (38B) + horizontal axis (1h) is equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Hydraulic levitation added thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Merging blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   Two-stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped with rotational direction alternating turbine driven + Hydraulic levitation additional thrust bearings + Heat pump and metal ball mercury gravity to produce compressed air production heat + Various types of energy storage cycles with turbine blades of the same diameter and same shape for each stage as fitting bolt assembly turbine Combined organization.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air Various energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Heat pump and metal ball mercury gravity to produce compressed air production heat + Combined engine of various energy conservation cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + accelerated by superheated steam velocity and combustion gas velocity + turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + accelerated by superheated steam velocity and combustion gas velocity + turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + accelerated by superheated steam velocity and combustion gas velocity + turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion drive + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine rotor blade group with the same diameter and the same shape for each stage Combined engine with various energy storage cycles as a turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   Four-stage metal sphere mercury gravity turbine driven type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearings + Heat pump and metal ball mercury gravity to produce compressed air production heat + Various types of energy storage cycles with turbine blades of the same diameter and same shape for each stage as fitting bolt assembly turbine Combined organization.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Energy production cycle coalescence engine with heat pump and metal ball mercury gravity to produce compressed air and heat production + Turbine blade group for each stage with the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation + Energy storage cycle coalescence engine with bearings + heat pump and heat production of compressed air by metal ball mercury gravity + turbine blades of each turbine with the same diameter and shape of each paragraph and fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust It has + heat pump and metal bulb mercury gravity to produce compressed air and heat production + various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Nine-stage metal ball mercury gravity turbine drive type, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + Provided with thrust bearing added to hydraulic levitation + Accelerated by superheated steam speed and combustion gas speed + Various types of turbine assembly blades with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescence engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   6-stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearings + Heat pump and metal ball mercury gravity to produce compressed air production heat + Various types of energy storage cycles with turbine blades of the same diameter and same shape for each stage as fitting bolt assembly turbine Combined organization.   7-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Motor blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat production + various energy storage cycle coalescence engine with turbine rotor blade group of each paragraph with the same diameter and shape as each fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust It has + heat pump and metal bulb mercury gravity to produce compressed air and heat production + various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving force + Hydraulic levitation additional thrust bearings + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) is used (38B) + the horizontal axis (1h) is provided + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine driven species + water jet (79Z) is used (38B) + horizontal axis (1h) is equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + accelerated by superheated steam velocity and combustion gas velocity + turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Heat pump and metal ball mercury gravity to produce compressed air production heat + Combined engine of various energy conservation cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Heat pump and metal ball mercury gravity to produce compressed air production heat + Combined engine of various energy conservation cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) is used (38B) + the horizontal axis (1h) is provided + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion force + Provide hydraulic thrust floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driving propulsion force + equipped with additional hydraulic levitation thrust bearing + heat pump and metal ball mercury gravity to produce compressed air production heat + turbine blades are fitted with the same diameter and shape of each stage Various energy storage cycle coalescing engine with bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Hydraulic levitation added thrust bearing + Heat pump and metal ball mercury gravity to produce compressed air production heat + Merging blades of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Energy production cycle coalescence engine with heat pump and metal ball mercury gravity to produce compressed air and heat production + Turbine blade group for each stage with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation Combined engine with various energy storage cycles including a bearing + heat pump and metal ball mercury gravity to produce compressed air and heat turbine + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Heat pump and metal ball mercury gravity to produce compressed air production heat + Combined engine of various energy conservation cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity to produce heat production of compressed air + Combined engine of various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drive the propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heat production with heat pump and metal ball mercury gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Manufactures heat and cold heat using intake air path length lens and sunlight + Assembly bolts with turbine blades having the same diameter and shape of each paragraph Combined engine with various energy storage cycles as a turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   4-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method for accelerating metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   5 stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   6-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method for accelerating metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   8-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   9-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   10-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Heat and cold production with light + Hydraulic floating additional thrust bearings + Intake air path length lens and solar heat and cold production + Mounting bolt assembly turbine with turbine blades of the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine.   1 stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens + Heating / cooling with solar power + Equipped with an additional thrust bearing for hydraulic levitation + Heating / cooling with intake air path lens + Heating / cooling heat production with solar power Combined engine with various energy storage cycles as a turbine.   2-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearings + Manufactures intake / air path length lens and solar heating / cooling + Fits turbine blades to each paragraph with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Eight-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Nine-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal is accelerated metal sphere mercury gravity turbine driven species + various Carrying (79Z) injection propulsion force for cargo ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Drives (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   3-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group with same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Eight-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Inlet air path length lens and solar heating / cooling manufacture Various energy conservation cycle coalescence engine.   1st stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   2-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearings + Manufactures intake / air path length lens and solar heating / cooling + Fits turbine blades to each paragraph with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearings + Manufactures intake / air path length lens and solar heating / cooling + Fits turbine blades to each paragraph with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearings + Manufactures intake / air path length lens and solar heating / cooling + Fits turbine blades to each paragraph with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearings + Manufactures intake / air path length lens and solar heating / cooling + Fits turbine blades to each paragraph with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearings + Manufactures intake / air path length lens and solar heating / cooling + Fits turbine blades to each paragraph with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) A combination of various types of energy storage cycle engines that are driven by injection propulsion force + provided with additional thrust bearings for hydraulic levitation and that have turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the liquid metal is made the accelerated metal sphere mercury gravity turbine driven species + various cargo ships (79Z) Driven by the driving force of injection + equipped with a thrust bearing with additional hydraulic levitation + Various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   1st stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) A combination of various types of energy storage cycle engines that are driven by injection propulsion force + provided with additional thrust bearings for hydraulic levitation and that have turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Various energy conservation with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Various energy conservation with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine Cycle coalescence engine.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Make maximum use of gravity, sunlight and surface tension + Provide a water jet that can be rotated up and down + Provide a thrust bearing with additional hydraulic levitation + Heat and cold manufacturing with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and approximately the same shape for each stage and fitting bolt assembly turbines.   5 stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Utilize gravity, sunlight and surface tension to the maximum + Provide a water jet that can rotate up and down + Equipped with an additional thrust bearing for hydraulic levitation + Manufactures heat and cold with a suction air path length lens and sunlight + Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   6-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Make maximum use of gravity, sunlight and surface tension + Provide a water jet that can be rotated up and down + Provide a thrust bearing with additional hydraulic levitation + Heat and cold manufacturing with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and approximately the same shape for each stage and fitting bolt assembly turbines.   7-stage metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Eight-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each stage Various energy storage cycle coalescing engine with a fitting bolt assembly turbine with the same diameter and the same shape for each paragraph.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling manufacture + Various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling manufacture + Various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the liquid metal the acceleration metal sphere mercury gravity turbine drive type + various Drives (79Z) propulsion propulsion for passenger ships + Adds a thrust bearing with additional hydraulic levitation + Intake air path length lens and heat / cool manufacturing with sunlight + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with combined bolt assembly turbine.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   6-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Driving various types of passenger ships (79Z) with propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Each stage of turbine blades Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Manufactures heat and cold heat using intake air path length lens and sunlight + Assembly bolts with turbine blades having the same diameter and shape of each paragraph Combined engine with various energy storage cycles as a turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling manufacture + Various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Four-stage metal sphere mercury gravity turbine driven seed brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal turns into accelerated metal sphere mercury gravity turbine driven seed + hydraulic pressure Heating / cooling production with intake air path length lens and sunlight + Heating / cooling production with additional air bearing length + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbine Combined organization.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   7-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   8-stage metal sphere mercury gravity turbine drive type: near superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   9 stage metal sphere mercury gravity turbine driven type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + (79Z) driving various types of passenger ships + hydraulically levitated additional thrust bearings + intake air path length lens and solar heating / cooling production + turbine rotor blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Manufactures heat and cold heat using intake air path length lens and sunlight + Assembly bolts with turbine blades having the same diameter and shape of each paragraph Combined engine with various energy storage cycles as a turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal to accelerated metal sphere mercury gravity turbine driven seed + hydraulic pressure Combined with a thrust bearing added to the surface of the levitation + Intake air path length lens and solar heating / cooling manufacture + Various types of energy storage cycle coalescence engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine drive type: near superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Nine-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + the water jet (79Z) is used in the ship (38B) + the horizontal axis (1h) is provided and driven by the rotating direction alternating turbine + Driving (79Z) propulsion for various types of passenger ships + Providing additional thrust bearings for hydraulic levitation + Heating and cooling with intake air path length lens and solar light + Turbine blade group with almost the same shape for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Driving various types of passenger ships (79Z) with propulsion propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Each stage of turbine blades Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling production + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal to accelerate metal sphere mercury gravity turbine driven species + hydraulic pressure Combined with a thrust bearing added to the surface of the levitation + Intake air path length lens and solar heating / cooling manufacture + Various types of energy storage cycle coalescence engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group for each paragraph is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Drives (79Z) injection propulsion for various passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   Two-stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped with rotating direction turbine + Drive (79Z) propulsion force for various types of passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine rotor blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine rotor blade group for each paragraph with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine as an assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) injection propulsion drive + hydraulic levitation additional thrust bearings + intake air path length lens and solar heating / cooling production + turbine rotor blade group for each paragraph with the same diameter and shape Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling manufacture + Various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) uses ship (38B) + liquid metal makes accelerated metal sphere mercury gravity turbine drive type + hydraulic Combined with a thrust bearing added to the surface of the levitation + Intake air path length lens and solar heating / cooling manufacture + Various types of energy storage cycle coalescence engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling manufacture + Various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group for each paragraph is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   Four-stage metal sphere mercury gravity turbine driven type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Drive (79Z) propulsion force for various types of passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine rotor blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine rotor blade group for each paragraph with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine as an assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Manufactures heat and cold heat using intake air path length lens and sunlight + Assembly bolts with turbine blades having the same diameter and shape of each paragraph Combined engine with various energy storage cycles as a turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the first stage metal sphere mercury gravity turbine drive type + the water jet (79Z) use ship (38B) + the liquid metal is made the acceleration metal sphere mercury gravity turbine drive type + hydraulic pressure Combined with a thrust bearing added to the surface of the levitation + Intake air path length lens and solar heating / cooling manufacture + Various types of energy storage cycle coalescence engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group for each paragraph is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Drive (79Z) propulsion force for various types of passenger ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine rotor blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   7-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Nine-stage metal ball mercury gravity turbine drive type, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine rotor blade group for each paragraph with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine as an assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Manufactures heat and cold heat using intake air path length lens and sunlight + Assembly bolts with turbine blades having the same diameter and shape of each paragraph Combined engine with various energy storage cycles as a turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   6-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   7-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   Eight stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Nine-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + (79Z) to drive various types of passenger ships + Provide hydraulic thrust levitation additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection + Propulsion drive + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with the same diameter and the same shape for each paragraph Energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) is used (38B) + the horizontal axis (1h) is provided + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescing engines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine driven species + water jet (79Z) is used (38B) + horizontal axis (1h) is equipped + various passenger ships (79Z ) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine rotor blade group for each paragraph with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine as an assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Intake air path length lens and solar heating / cooling manufacture + Various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Various energy storage cycle coalescence engine with turbine rotor blade group having the same diameter and same shape for each paragraph as fitting bolt assembly turbine.   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Energy storage cycle coalescence engine with bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with same diameter and same shape for each paragraph and fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   8-stage metal sphere mercury gravity turbine drive type: near superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   Nine-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   10-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) and driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various blades of turbines with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Combined organization.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacture Conservation cycle coalescence organization.   1st stage water gravity metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Manufactures heat and cold heat using intake air path length lens and sunlight + Assembly bolts with turbine blades having the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine driven species + water jet (79Z) is used (38B) + horizontal axis (1h) is equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine rotor blade group for each paragraph with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine as an assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Intake air path length lens and heating / cooling with sunlight + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + increase CO2 exhaust and injection propulsion output + thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine drive type + water jet (79Z) use ship (38B) + increase CO2 exhaust and injection propulsion output + thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   3-stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small + injection propulsion output increase + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   4-stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small + injection propulsion output increase + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine with various energy conservation cycle.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal to accelerate metal sphere mercury gravity turbine driven seed + hydraulic Combined with a thrust bearing added to the surface of the levitation + Intake air path length lens and solar heating / cooling manufacture + Various types of energy storage cycle coalescence engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Energy conservation cycle coalescence engine with turbine rotor blades of the same diameter and approximately the same shape for each stage and fitting bolt assembly turbine for fully automatic processing.   Nine-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + A full-automatic machining type vertical blade turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various blades of turbines with the same diameter and the same shape for each stage as a fitting bolt assembly turbine organ.   1 stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various blades of turbines with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Combined organization.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and the same shape for each stage for fully automatic processing Various energy conservation cycle coalescing engines.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of vertical rotor blades that can be fully automated, with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blade group of turbines to be almost the same shape for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Eight-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Includes hydraulic bearings with additional hydraulic levitation + Inlet air path length lens and solar heating / cooling / manufacturing + Vertically moving blade group of vertical rotor blade capable of fully automatic machining Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Inlet air path length lens and solar heating / cooling manufacture Various energy conservation cycle coalescence engine.   1st stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   2-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Eight-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Nine-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + liquid metal is accelerated metal sphere mercury gravity turbine driven species + various Carrying (79Z) injection propulsion force for cargo ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the horizontal axis (1h) rotation direction alternate metal sphere mercury gravity turbine drive type + Drives (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion of various cargo ships + Equipped with an additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Fully automatic machining turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   3-stage metal sphere mercury gravity turbine driven seed with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Turbine blades for fully automatic processing Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Carrying (79Z) propulsion propulsion of various cargo ships + Equipped with an additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Fully automatic machining turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Driving propulsion force + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blade group of turbines to be almost the same shape for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blade group of turbines to be almost the same shape for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Includes hydraulic bearings with additional hydraulic levitation + Inlet air path length lens and solar heating / cooling / manufacturing + Vertically moving blade group of vertical rotor blade capable of fully automatic machining Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Eight-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Includes hydraulic bearings with additional hydraulic levitation + Inlet air path length lens and solar heating / cooling / manufacturing + Vertically moving blade group of vertical rotor blade capable of fully automatic machining Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Includes hydraulic bearings with additional hydraulic levitation + Inlet air path length lens and solar heating / cooling / manufacturing + Vertically moving blade group of vertical rotor blade capable of fully automatic machining Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Drives propulsion propulsion + Includes hydraulic bearings with additional hydraulic levitation + Inlet air path length lens and solar heating / cooling / manufacturing + Vertically moving blade group of vertical rotor blade capable of fully automatic machining Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Manufactures hot / cold heating with intake air path length lens and sunlight + The blade group of a vertical all-blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   1st stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   2-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + various cargo ships ( 79Z) Driving propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Heating / cooling production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescing engines.   6-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   7-stage metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Eight-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Nine-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Heating and cooling production with intake air path length lens and sunlight + Turbine movement to be fully automatic Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface Maximum use of tension + Water jet can be rotated up and down + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Vertical type capable of fully automatic processing Various energy conservation cycle coalescing engines with a moving bolt group of all rotor blade turbines and a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + the water jet (79Z) use ship (38B) + the liquid metal is made the acceleration metal sphere mercury gravity turbine drive type + hydraulic levitation added + Energy storage cycle coalescing engine with an intake air path length lens and heating / cooling production with sunlight + turbine blades with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   A superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + thrust bearing added to hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Two-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing Cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and the same shape for each stage for fully automatic processing Various energy conservation cycle coalescing engines.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + A full-automatic machining type vertical blade turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Five-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + liquid metal as small diameter Accelerating + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and shape of each paragraph and fitting bolt assembly turbine combined with various energy conservation cycle engines.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + make liquid metal small diameter Accelerating + Inlet air path length lens and solar heating and cooling manufacturing + Combined engine of various energy conservation cycles with turbine rotor blades set to the same diameter and shape of each paragraph for fully automatic processing and fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + make liquid metal small diameter Accelerating + Inlet air path length lens and solar heating and cooling manufacturing + Combined engine of various energy conservation cycles with turbine rotor blades set to the same diameter and shape of each paragraph for fully automatic processing and fitting bolt assembly turbine.   Eight stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + make liquid metal small diameter Accelerating + Inlet air path length lens and solar heating and cooling manufacturing + Combined engine of various energy conservation cycles with turbine rotor blades set to the same diameter and shape of each paragraph for fully automatic processing and fitting bolt assembly turbine.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + make liquid metal small diameter Accelerating + Inlet air path length lens and solar heating and cooling manufacturing + Combined engine of various energy conservation cycles with turbine rotor blades set to the same diameter and shape of each paragraph for fully automatic processing and fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + accelerate metal sphere mercury Metal sphere mercury gravity turbine driven type + intake air path length lens and solar heating / cooling manufacturing + turbine rotor blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine organ.   Metal sphere mercury gravity turbine driven species, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + metal sphere mercury accelerated to metal A spherical mercury gravity turbine drive type + Intake air path length lens and solar heating / cooling production + Turbine rotor blade group with the same diameter and shape of each paragraph, and a combined bolt assembly turbine with various energy storage cycles.   1 stage metal sphere mercury Gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + accelerate metal sphere mercury Metal sphere mercury gravity turbine driven type + intake air path length lens and solar heating / cooling manufacturing + turbine rotor blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine organ.   2-stage metal sphere mercury Gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + accelerate metal sphere mercury Metal ball mercury gravity turbine driven type + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining turbine blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + accelerate metal sphere mercury The metal bulb mercury gravity turbine driven seed + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of vertical blade turbine blades with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine with combined bolt assembly turbine.   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   5 stage metal sphere mercury gravity turbine driven species, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heated / cooled manufacturing with intake air path length lens and sunlight + Fits turbine blades in the same shape with the same diameter for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heated / cooled manufacturing with intake air path length lens and sunlight + Rotor blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Nine-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) injection propulsion driving + equipped with additional thrust bearings for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + the blades of the covered white turbine are of the same shape with the same diameter per paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward accelerating metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with additional thrust bearings for hydraulic levitation + heat and cold manufacturing with intake air path length lens and sunlight + turbine blade group of same diameter per paragraph for fully automatic processing Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion + Has hydraulic thrust surpassing additional thrust bearing + Intake air path length lens and solar heating / cooling production + Turbine blade group of fully automatic processable turbines with the same diameter for each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) injection driving force + equipped with additional thrust bearing for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + metal sphere mercury accelerated turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with additional thrust bearings for hydraulic levitation + heat and cold manufacturing with intake air path length lens and sunlight + turbine blade group of same diameter per paragraph for fully automatic processing Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   4-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   Five-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) and rotation direction alternating metal sphere mercury Accelerating the tantalum alloy spheres downward with a turbine driven by acceleration + Equipped with additional thrust bearings for hydraulic levitation + Manufacture of hot and cold with intake air path length lens and sunlight + Turbine blades capable of fully automatic processing Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   7 stage metal sphere mercury gravity turbine drive type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearings + Inlet air path length lens and solar heating / cooling manufacturing + Fully automatic machining of vertical blades with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add thrust to hydraulic levitation Heating / cooling production with intake air path length lens and sunlight + bearings equipped with bearings + various energy storage cycles with a moving bolt group of turbines that are driven by acceleration of metal sphere mercury and having the same diameter and shape of each stage as a fitting bolt assembly turbine Combined organization.   9-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + equip horizontal axis (1h) + additional thrust for hydraulic levitation Heating / cooling production with intake air path length lens and sunlight + bearings equipped with bearings + various energy storage cycles with a moving bolt group of turbines that are driven by acceleration of metal sphere mercury and having the same diameter and shape of each stage as a fitting bolt assembly turbine Combined organization.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Intake air path length lens and solar heating / cooling manufacture + Combined engine of various energy conservation cycles with turbine blades of the same diameter and shape of each paragraph and fitting bolt assembly turbine that can be fully automated.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation Heating / cooling production with intake air path length lens and sunlight + bearings equipped with bearings + various energy storage cycles with a moving bolt group of turbines that are driven by acceleration of metal sphere mercury and having the same diameter and shape of each stage as a fitting bolt assembly turbine Combined organization.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling production + Metal ball mercury acceleration turbine driven blade group of each stage with the same diameter and shape, and a combined bolt assembly turbine combined with various energy storage cycles organ.   Three-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling production + Metal ball mercury acceleration turbine driven blade group of each stage with the same diameter and shape, and a combined bolt assembly turbine combined with various energy storage cycles organ.   4-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Energy conservation cycle coalescence engine with turbine rotor blades of the same diameter and approximately the same shape for each stage and fitting bolt assembly turbine for fully automatic processing.   6-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of vertical rotor blades that can be fully automated, with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) use ship (38B) + equip horizontal axis (1h) + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Nine-stage metal ball mercury gravity turbine drive type, close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heated / cooled manufacturing with intake air path length lens and sunlight + Fits turbine blades in the same shape with the same diameter for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Inlet air path length lens and heating / cooling manufacturing with sunlight + Rotor blade group of vertical all-blade turbine capable of fully automatic machining is the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Make the superheated steam injection temperature close to the combustion gas injection temperature for the 1st stage metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the acceleration metal sphere mercury gravity turbine drive type downward + various ships (79Z) injection driving force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and solar heating / cooling production + metal ball mercury accelerated turbine blade group for each stage Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) driven by driving propulsion force + equipped with additional thrust bearings for hydraulic levitation + heat and cold manufacturing with intake air path length lens and sunlight + turbine blade group of same diameter per paragraph for fully automatic processing Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) injection driving force + equipped with additional thrust bearing for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + metal sphere mercury accelerated turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) injection driving force + equipped with additional thrust bearing for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + metal sphere mercury accelerated turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) injection driving force + equipped with additional thrust bearing for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + metal sphere mercury accelerated turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   6-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   7-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   8-stage metal sphere mercury gravity turbine drive type: near superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   9 stage metal sphere mercury gravity turbine driven type with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) driven by rotating direction alternating turbine + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and the same shape for each stage for fully automatic processing Various energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + A full-automatic machining type vertical blade turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   One-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   2-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   Five-stage metal ball mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   6-stage metal sphere mercury gravity turbine driven type, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + thrust bearing added hydraulic levitation + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and heating and cooling with sunlight + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   8-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Energy conservation cycle coalescence engine with turbine rotor blades of the same diameter and approximately the same shape for each stage and fitting bolt assembly turbine for fully automatic processing.   Nine-stage metal ball mercury gravity turbine drive type to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing Energy conservation cycle coalescence engine.   10-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection + Propulsion drive + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with the same diameter and the same shape for each paragraph Energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) is used (38B) + the horizontal axis (1h) is provided + various passenger ships (79Z ) Drives the propulsion propulsion force + Has an additional thrust bearing for hydraulic levitation + Manufactures the intake air path length lens and heat / cool with sunlight + The turbine rotor blade group has the same diameter and the same shape for each paragraph Various energy conservation cycle coalescing engines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the two-stage metal sphere mercury gravity turbine driven species + water jet (79Z) is used (38B) + horizontal axis (1h) is equipped + various passenger ships (79Z ) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heated / cooled manufacturing with intake air path length lens and sunlight + Fits turbine blades in the same shape with the same diameter for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   3-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z ) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Heated / cooled manufacturing with intake air path length lens and sunlight + Rotor blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Four-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) injection driving force + equipped with thrust bearing with additional hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machineable turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Five-stage metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward accelerating metal sphere mercury gravity turbine drive type + various ships (79Z) injection driving force + equipped with thrust bearing with additional hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machineable turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   7-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downward accelerating metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Eight-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use vessel (38B) + downwardly accelerate metal sphere mercury gravity turbine drive species + various vessels (79Z) driven by driving propulsion force + equipped with additional thrust bearings for hydraulic levitation + heat and cold manufacturing with intake air path length lens and sunlight + turbine blade group of same diameter per paragraph for fully automatic processing Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   Nine-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   10-stage metal sphere mercury gravity turbine drive type close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacture Cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + the water jet (79Z) is used in the ship (38B) + the horizontal axis (1h) is provided and driven by the rotating direction alternating turbine + It is equipped with a thrust bearing with additional hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and same shape for each stage and fitting bolt assembly turbine .   The superheated steam injection temperature is brought close to the combustion gas injection temperature to the one-stage metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + horizontal axis (1h) rotational direction alternating metal sphere mercury gravity turbine drive type + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and the same shape for each stage for fully automatic processing Various energy conservation cycle coalescing engines.   Two-stage metal sphere mercury gravity turbine driven seeds with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic floating additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of vertical rotor blades that can be fully automated, with the same diameter and the same shape for each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   Three-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   4-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + make horizontal axis (1h) + add hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   Five-stage metal ball mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + use water jet (79Z) ship (38B) + provide horizontal axis (1h) + additional thrust for hydraulic levitation + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   6-stage metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + make water jet (79Z) use ship (38B) + equip horizontal axis (1h) + add hydraulic levitation thrust + Intake air path length lens with bearings and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   The water-repellent turbine blade cross section (4X) is doubled to the 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is tripled to the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a four-fold 9-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 5 times 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 6 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + the horizontal axis (1h) Provide + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Assembly of assembly bolts with turbine blades of the same diameter and shape of each paragraph for fully automatic processing Combined engine with various energy storage cycles as a turbine.   The water-repellent turbine blade cross section (4X) is 7 times higher than the one-stage metal sphere mercury gravity turbine drive type. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) used ship (38B) + Horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   A water-repellent turbine blade cross section (4X) is set to an eight-fold double-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water-repellent turbine blade cross section (4X) is driven by a 9-fold three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) 10 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 11 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water-repellent turbine blade cross section (4X) is a 12-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used. 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 13 times 7 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 14 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 15 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 16 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) is 17 times metal sphere Mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + acceleration metal sphere downward Mercury-gravity turbine drive type + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold manufacturing with intake air path length lens and sunlight + Fully automatic processing possible Various energy conservation cycle coalescing engines, with a group of moving blades of a vertical type all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is 18 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 19-fold two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is set to a 20-fold three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 21-fold four-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 22 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) ship (38B) used + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   A water-repellent turbine blade cross section (4X) is driven by a 23-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 24 times the 7 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 25 times 8-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is doubled 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is tripled to a 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 4 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 5 times as large as the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 6-fold double stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 7 times higher than the 3-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   A water repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 9 times as large as a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven seed 10 times larger, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 11 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 12 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) ship (38B) is used + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 13 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 14 times 10 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 15 times metal sphere Mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + acceleration metal sphere downward Mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heat / cool manufacturing + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   The water-repellent turbine blade cross section (4X) is driven by a 16x 1 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) 17-fold double-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water repellent turbine blade cross section (4X) is 18 times the 3 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) is used ship (38B) + downward acceleration Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 19 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 20-fold 5-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 21 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 22 times the 7 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 23-fold 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 24 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 25-fold 10 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is doubled to a metal sphere mercury gravity turbine drive type, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) is used to the ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is tripled to the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a quadruple two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is a three-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) is 6 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 7 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven species of 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water-repellent turbine blade cross section (4X) 9 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 10 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 11 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 12-fold 10-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is 13 times the metal sphere mercury gravity turbine driven seed, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) is used ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machineable turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 14 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 15-fold double stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is driven by a 16-fold three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 17 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 18 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) 19-times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 20-fold 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 21 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is a 22-fold 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 23-fold 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 24 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped + thrust bearing with additional hydraulic levitation + intake air path length lens and solar heating / cooling production + full-automatic machining of vertical blade blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   The water-repellent turbine blade cross section (4X) is a 25-fold single-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is doubled to a double-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is tripled to a three-stage metal ball mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 4 times the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 5 times higher than the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 6 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 7 times higher than the 7 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is an 8-stage metal sphere mercury gravity turbine driven type with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 9 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 10 times the 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 11 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + turbine blades in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is a 12-fold single-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is a 13-fold double stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 14 times the three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   A water-repellent turbine blade cross section (4X) is a 15-fold four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines with a moving bolt group of a type full rotor blade turbine and a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 16 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 17-fold 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 18 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) 19-times 8-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blades are made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) 20 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 21-fold 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 22 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is driven by a 23x 1 stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is made 24 times a two-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 25 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is doubled to a 4-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is tripled to a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) is 4 times 6-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 5 times 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 6 times the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) ship (38B) is used + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 7 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 8 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) 9 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 10 times the 1 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) ship (38B) is used + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 11 times as large as a two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is a 12-fold three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is a 13-fold four-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 14 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 15-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water repellent turbine blade cross section (4X) is a 16-fold 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines with a moving bolt group of a type full rotor blade turbine and a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 17 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Water repellent turbine blade cross section (4X) is 18 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) 19 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 20 times metal sphere Mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward acceleration metal sphere Mercury-gravity turbine drive type + (79Z) driving propulsion for various ships + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is driven by a 21-fold single-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 22 times as large as a two-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + metal sphere mercury + A structure and method for accelerating the pressure + + equipped with a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a three-stage metal sphere mercury gravity turbine driven species of 23 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + A structure and method for accelerating the pressure + + equipped with a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 24 times the 4-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) ship (38B) used + metal sphere mercury + A structure and method for accelerating the pressure + + equipped with a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 25 times the 5-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) ship (38B) used + metal sphere mercury + Include a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is doubled to the 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + metal sphere mercury + + Equipped with thrust bearings with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining capable vertical blade turbine group of blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is tripled to a 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B) + metal sphere mercury + A structure and method for accelerating the pressure + + equipped with a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is four times as large as the 8-stage metal sphere mercury gravity turbine driven seed, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + metal sphere mercury + A structure and method for accelerating the pressure + + equipped with a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) 5 times 9 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + A structure and method for accelerating the pressure + + equipped with a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacture + Turbine blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) 6 times 10 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Include a thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 7 times the metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + the metal sphere mercury is accelerated Structure and method to be + + Provided with thrust bearing with additional hydraulic levitation + Heated / cooled manufacturing with intake air path length lens and sunlight + Rotor blade group of vertical all blade turbine capable of fully automatic machining is the same diameter per paragraph Various energy storage cycle coalescing engines that have a fitting bolt assembly turbine with a substantially identical shape.   The water-repellent turbine blade cross section (4X) is 8 times higher than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is driven by a 9-fold double-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is driven by a three-stage metal sphere mercury gravity turbine driven seed 10 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 11 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 12-fold five-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is a 13-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 14 times 7-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 15 times 8-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) 16 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is made 17 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is 18 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + the horizontal axis (1h) + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blade group for each stage Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 19-fold, one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 20-fold double-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 21 times as large as a three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 22-fold four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 23-fold five-stage metal ball mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 24-stage 6-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is driven by a 7-stage metal sphere mercury gravity turbine driven species with 25 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is doubled to the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is tripled to the 9-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 4 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 5 times the metal sphere mercury gravity turbine drive type, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) is used ship (38B) + horizontal axis (1h) + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heating / cooling manufacturing with intake air path length lens and sunlight + Turbine dynamics capable of fully automatic processing Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water repellent turbine blade cross section (4X) is 6 times the 1 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 7 times as large as a two-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   A water repellent turbine blade cross section (4X) is driven by a triple stage metal sphere mercury gravity turbine driven species with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 9 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 10 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used. 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 11 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 12-fold 7-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is 13 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used (38B), and the horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 14 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 15 times 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 16 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blade group for each stage Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 17 times higher than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is 18 times the two-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 19 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Save ascending with the increase ball lift device (2F) + Provide a thrust bearing with additional hydraulic levitation + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines that are cold-heated and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water-repellent turbine blade cross section (4X) 20-fold four-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Save ascending with the increase ball lift device (2F) + Provide a thrust bearing with additional hydraulic levitation + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines that are cold-heated and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 21 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Save ascending with the increase ball lift device (2F) + Provide a thrust bearing with additional hydraulic levitation + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines that are cold-heated and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water repellent turbine blade cross section (4X) is 22 times the 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Save ascending with the increase ball lift device (2F) + Provide a thrust bearing with additional hydraulic levitation + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with turbine bolts that have the same diameter and the same shape for each stage and are fitted with a bolt assembly.   The water-repellent turbine blade cross section (4X) is a 23-fold 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Save ascending with the increase ball lift device (2F) + Provide a thrust bearing with additional hydraulic levitation + Heat intake air path length lens and sunlight Various energy conservation cycle coalescing engines with a combined bolt assembly turbine in which the rotor blades of a vertical rotor blade capable of full-automatic machining and full-automatic processing are made the same diameter and shape of each stage.   The water-repellent turbine blade cross section (4X) is 24 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 25-fold 9-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is doubled to a 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 3 times metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Provide + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Assembly of assembly bolts with turbine blades of the same diameter and shape of each paragraph for fully automatic processing Combined engine with various energy storage cycles as a turbine.   The water-repellent turbine blade cross section (4X) is 4 times the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   A water-repellent turbine blade cross section (4X) is driven by a two-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 6 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 7 times as large as a 4-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 8 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Water repellent turbine blade cross section (4X) 9 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) 10 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 11 times the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 12 times 9 stage metal sphere mercury gravity turbine driven seed to make the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 13 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 14 times the metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Equipped + thrust bearing with additional hydraulic levitation + intake air path length lens and solar heating / cooling production + full-automatic machining of vertical blade blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   The water-repellent turbine blade cross section (4X) is 15 times higher than the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) is a 16-fold double-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water repellent turbine blade cross section (4X) is driven by a 17-fold three-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 18 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 19 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 20 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 21 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 22 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 23 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water-repellent turbine blade cross section (4X) is 24 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 25 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating and cooling production Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is doubled to the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped ++ equipped with additional thrust bearings for hydraulic levitation + heated / cooled with air intake length lens and solar light Various energy conservation cycle coalescence engine.   A water repellent turbine blade cross section (4X) is tripled to a two-stage metal sphere mercury gravity turbine driven seed, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped ++ equipped with additional thrust bearings for hydraulic levitation + heated / cooled with air intake length lens and solar light Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a quadruple three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + + equipped with additional thrust bearings for hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Included ++ Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blades of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 6 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven species with 7 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 8 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 9 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 10 times the 9 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is set to 11 times 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 12 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 13 times higher than the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 14 times as large as a two-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water repellent turbine blade cross section (4X) is a 15-fold three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is 16 times as large as the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 17 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 18 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 19 times 7-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water-repellent turbine blade cross section (4X) 20-fold 8-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 21 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 22 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross-section (4X) is 23 times metal sphere Mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + acceleration metal sphere downward Mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heat / cool manufacturing + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   The water-repellent turbine blade cross section (4X) is 24 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + accelerated downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water-repellent turbine blade cross section (4X) is driven by a 25-fold double-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is doubled to a three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is tripled to a four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 4 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 6-fold 7-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is 7 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 8 times 9-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 9 times the 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) ship (38B) is used + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) 10 times metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine as an assembly turbine.   The water-repellent turbine blade cross section (4X) is set to 11 times the 1 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 12 times as large as a two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 13-fold three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 14 times the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 15-fold five-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water repellent turbine blade cross section (4X) is a 16-fold six-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is 17 times the 7 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 18 times 8-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 19 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) 20-fold 10-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 21 times the metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Equipped with (79Z) propulsion propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating / cooling production with intake air path length lens and sunlight + full-automatic vertical type capable of fully automatic processing Various energy storage cycle coalescing engines with moving blade groups of moving blade turbines, with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 22 times as large as the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + accelerated downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is driven by a two-stage metal sphere mercury gravity turbine driven species with a magnification of 23 times. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 24 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is a 25-fold 4-stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerating downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water-repellent turbine blade cross section (4X) is doubled to a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is tripled to a 6-stage metal ball mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a four-fold 7-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water repellent turbine blade cross section (4X) is driven by an 8-stage metal sphere mercury gravity turbine drive type with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 6 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 7 times the 10 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is 8 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 9 times higher than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 10 times as large as a two-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is set to 11 times the three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 12 times the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 13 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 14 times 6-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 15-fold seven-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 16 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 17-fold 9-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) is 18 times 10-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 19 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + turbine blades in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   A water-repellent turbine blade cross section (4X) is set to a 20-fold, one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 21-fold two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water repellent turbine blade cross section (4X) is 22 times the 3 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   A water-repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species of 23 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + accelerated downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 24 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 25 times 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + accelerated downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is doubled to a 7-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water-repellent turbine blade cross section (4X) is tripled to the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a four-fold 9-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 5 times 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 6 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + the horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 7 times higher than the one-stage metal sphere mercury gravity turbine drive type. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) used ship (38B) + Horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   A water-repellent turbine blade cross section (4X) is set to an eight-fold double-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   A water-repellent turbine blade cross section (4X) is driven by a 9-fold three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 10 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 11 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 12-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used. 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 13 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 14 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 15-fold 9-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is a 16-fold 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 17 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used Provide + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Assembly of assembly bolts with turbine blades of the same diameter and shape of each paragraph for fully automatic processing Combined engine with various energy storage cycles as a turbine.   The water repellent turbine blade cross section (4X) is 18 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is a 19-fold two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water-repellent turbine blade cross section (4X) is set to a 20-fold three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 21-fold four-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 22 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) ship (38B) used + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   A water-repellent turbine blade cross section (4X) is driven by a 23-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 24 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) 25-fold 8-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is double 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is tripled to a 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) is 4 times metal sphere Mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + acceleration metal sphere downward Mercury-gravity turbine drive type + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold manufacturing with intake air path length lens and sunlight + Fully automatic processing possible Various energy conservation cycle coalescing engines, with a group of moving blades of a vertical type all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 5 times as large as the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 6-fold double stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 7 times higher than the 3-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 9 times as large as a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven seed 10 times larger, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 11 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 12 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) ship (38B) is used + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 13 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 14 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 15 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 16 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 17-fold double-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 18 times the three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 19 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is a 20-fold 5-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 21 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is 22 times the 7 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 23-fold 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 24 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 25 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is double metal sphere Mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + acceleration metal sphere downward Mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heat / cool manufacturing + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   The water-repellent turbine blade cross section (4X) is tripled to the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is driven by a quadruple two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water-repellent turbine blade cross section (4X) is 5 times higher than the three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 6 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 7 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven species of 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 9 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 10 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 11 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 12-fold 10-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 13 times the metal sphere mercury gravity turbine driven seed, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) is used ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 14 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 15 times as large as a two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 16 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 17-fold four-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 18 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) 19-times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water-repellent turbine blade cross section (4X) 20-fold 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 21 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is a 22-fold 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 23-fold 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 24 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machineable turbine blades Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 25-fold single-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is doubled to the double-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is tripled to a three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 4 times higher than the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 5 times higher than the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) is 6 times higher than 6-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + accelerated downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 7 times higher than the 7 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is an 8-stage metal sphere mercury gravity turbine driven type with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 9 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 10 times the 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 11 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped + thrust bearing with additional hydraulic levitation + intake air path length lens and solar heating / cooling production + full-automatic machining of vertical blade blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   The water-repellent turbine blade cross section (4X) is a 12-fold single-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 13-fold double stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 14 times the three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is a 15-fold four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 16 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is a 17-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 18-fold 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) is 19 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 20 times 9-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 21-fold 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 22 times metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + turbine blades in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is driven by a 23x 1 stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water-repellent turbine blade cross section (4X) is made 24 times a two-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 25 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water-repellent turbine blade cross section (4X) is doubled to a 4-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is tripled to a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 4 times the 6-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 5 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 6 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) 7 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 8 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Method of accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Water repellent turbine blade cross section (4X) 9 times metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate metal sphere mercury Structure and method to perform + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 10 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + metal sphere mercury + Method of accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   The water-repellent turbine blade cross section (4X) is 11 times the 2-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) ship (38B) is used Configuration and method for accelerating + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust surfacing additional thrust bearing + Heat and cold production with intake air path length lens and sunlight + Fully automatic processing possible Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) 12 times 3 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury Structure and method for accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of moving blades of a vertical type all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 13-fold four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B) + Method of accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Water repellent turbine blade cross section (4X) is 14 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Method of accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Water repellent turbine blade cross section (4X) 15 times 6-stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Method of accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Water repellent turbine blade cross section (4X) 16 times 7 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury Configuration and method for accelerating + Heat and cold production with intake air path length lens and sunlight + Equipped with hydraulic thrust surfacing additional thrust bearing + Heat and cold production with intake air path length lens and sunlight + Fully automatic processing possible Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) 17 times 8 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury Structure and method for accelerating the process + Heat and cold production with intake air path length lens and sunlight + Equipped with additional thrust bearing for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of moving blades of a vertical type all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 18 times 9-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 19-fold 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) 20 times metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blade group for each stage Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 21 times the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 22 times as large as a two-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is a 23-fold three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 24-stage, 4-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 25 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is doubled to a 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is tripled to a 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is four times as many as 8-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 5 times 9-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 6 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 7 times metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Turbine blade group for each stage Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 8 times higher than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is driven by a 9-fold double-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is driven by a three-stage metal sphere mercury gravity turbine driven seed 10 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 11 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 12-fold five-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is a 13-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 14 times 7-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 15 times 8-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) 16 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is made 17 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ship with injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Intake air path length lens and solar heating and cooling production + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 18 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + the horizontal axis (1h) + Carrying (79Z) propulsion propulsion for various cargo ships + Equipped with additional thrust bearings for hydraulic levitation + Heating / cooling manufacturing with intake air path length lens and sunlight + Turbine dynamics capable of fully automatic processing Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 19-fold, one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 20-fold double-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 21 times as large as a three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 22-fold four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 23-fold five-stage metal ball mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Drive various types of cargo ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing is possible Various energy conservation cycle coalescing engines, with a group of blades of a vertical all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 24-stage 6-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is driven by a 7-stage metal sphere mercury gravity turbine driven species with 25 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is doubled to the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is tripled to the 9-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) 4 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driving various cargo ships with injection propulsion force + equipped with additional thrust bearing for hydraulic levitation + intake air path length lens and heating and cooling production with sunlight + turbine blades of turbine Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is 5 times the metal sphere mercury gravity turbine drive type, and the superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) is used in the ship (38B) + Provide maximum use of gravity, sunlight and surface tension + Provide a water jet that can be rotated up and down + Provide a thrust bearing with additional hydraulic levitation + Heat and cold production with intake air path length lens and sunlight + Energy conserving cycle coalescing engine with turbine rotor blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 6 times the 1 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Provide water jet so that it can rotate up and down + Provide hydraulic thrust floating additional thrust bearing + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines that are cold-heated and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water-repellent turbine blade cross section (4X) is 7 times as large as a two-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Provide water jet so that it can rotate up and down + Provide hydraulic thrust floating additional thrust bearing + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines that are cold-heated and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   A water repellent turbine blade cross section (4X) is driven by a triple stage metal sphere mercury gravity turbine driven species with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Provide water jet so that it can rotate up and down + Provide hydraulic thrust floating additional thrust bearing + Heat intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines with the same diameter and the same shape for each stage, and a fitting bolt assembly turbine that can be cold-heated and fully automated.   Water-repellent turbine blade cross section (4X) is 9 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provide + Utilize gravity, sunlight and surface tension to the maximum + Provide water jet so that it can rotate up and down + Provide hydraulic thrust floating additional thrust bearing + Heat intake air path length lens and sunlight Various energy conservation cycle coalescing engines with a combined bolt assembly turbine in which the blades of a vertical type full blade turbine capable of full-automatic manufacturing with the same temperature and the same diameter are formed in each paragraph.   The water-repellent turbine blade cross section (4X) is 10 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used. 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 11 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 12-fold 7-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 13 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 14 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 15 times 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 16 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 17 times higher than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 18 times the two-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 19 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) 20-fold four-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 21 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 22 times the 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 23-fold 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 24 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is a 25-fold 9-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is doubled to a 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 3 times metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + turbine blades in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 4 times the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   A water-repellent turbine blade cross section (4X) is driven by a two-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 6 times as large as a three-stage metal sphere mercury gravity turbine drive type. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 7 times higher than the 4-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 8 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 9 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) 10 times 7 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 11 times the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 12 times 9 stage metal sphere mercury gravity turbine driven seed to make the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 13 times 10-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 14 times the metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) Provide + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Assembly of assembly bolts with turbine blades of the same diameter and shape of each paragraph for fully automatic processing Combined engine with various energy storage cycles as a turbine.   The water-repellent turbine blade cross section (4X) is 15 times higher than the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) is a 16-fold double-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   A water repellent turbine blade cross section (4X) is driven by a 17-fold three-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 18 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 19 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   Water-repellent turbine blade cross section (4X) 20-fold 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 21-fold 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 22 times the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 23-fold 9-stage metal sphere mercury gravity turbine driven species, bringing the superheated steam injection temperature closer to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 24 times the 10 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 25 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped + thrust bearing with additional hydraulic levitation + intake air path length lens and solar heating / cooling production + full-automatic machining of vertical blade blade group with the same diameter for each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   The water-repellent turbine blade cross section (4X) is doubled to the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water repellent turbine blade cross section (4X) is tripled to a two-stage metal sphere mercury gravity turbine driven seed, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a quadruple three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 6 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 7 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 8 times 7 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is driven by a 9-fold 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 10 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water-repellent turbine blade cross section (4X) 11 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 12 times metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 13 times higher than the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 14 times as large as a two-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 15-fold three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water repellent turbine blade cross section (4X) is 16 times as large as the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 17 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 18 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 19-fold 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacture Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 20-fold 8-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for fully automatic processing Combined engine with various energy storage cycles as a combined bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 21 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 22-fold 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 23 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is 24 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is a 25-fold double-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is doubled to a three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is tripled to a four-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 4 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is a 6-fold 7-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water repellent turbine blade cross section (4X) is 7 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 8 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 9 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 10 times metal sphere Mercury gravity turbine driven seed, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downward acceleration metal sphere Mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heat / cool manufacturing + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   The water-repellent turbine blade cross section (4X) is 11 times higher than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water-repellent turbine blade cross section (4X) is 12 times the 2-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is a 13-fold three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 14 times the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 15-fold five-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 16-fold six-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   A water repellent turbine blade cross section (4X) is driven by a seven-stage metal sphere mercury gravity turbine driven species with 17 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacturing + full-automatic machining capable blade group of vertical blades for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) is 18 times 8-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) is 19 times 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 20-fold 10-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 21 times the metal sphere mercury gravity turbine drive type, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Hydraulic levitation with additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine as an assembly turbine.   The water-repellent turbine blade cross section (4X) is 22 times larger than the one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water-repellent turbine blade cross section (4X) is set to a two-stage metal sphere mercury gravity turbine driven type with a magnification of 23 times. The superheated steam injection temperature is brought close to the combustion gas injection temperature. The water jet (79Z) is used as a ship (38B). 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 24 times the three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species of 25 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is doubled to a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water repellent turbine blade cross section (4X) is tripled to a 6-stage metal ball mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is a four-fold 7-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water repellent turbine blade cross section (4X) is driven by an 8-stage metal sphere mercury gravity turbine drive type with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 6 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 7 times the 10 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water repellent turbine blade cross section (4X) is 8 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + the horizontal axis (1h) + Equipped with (79Z) propulsion propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating / cooling production with intake air path length lens and sunlight + full-automatic vertical type capable of fully automatic processing Various energy storage cycle coalescing engines with moving blade groups of moving blade turbines, with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is driven 9 times as much as the one-stage metal sphere mercury gravity turbine drive type. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) 10-fold double stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 11 times higher than the three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 12 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) is 13 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is 14 times 6-stage metal sphere mercury gravity turbine driven seed to bring the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 15-fold seven-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 16 times 8 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 17-fold 9-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 18 times 10-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 19 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is set to a 20-fold, one-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 21-fold two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 22 times the 3 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   A water-repellent turbine blade cross section (4X) is a 23-fold four-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 24 times 5 stage metal ball mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 25-fold 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is doubled to the 7-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is tripled to the 8-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a four-fold 9-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 5 times 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is 6 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used and the ship (38B) is used + the horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + heating and cooling production with intake air path length lens and sunlight + turbine blades in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is 7 times higher than the one-stage metal sphere mercury gravity turbine drive type. The superheated steam injection temperature is brought close to the combustion gas injection temperature. + The water jet (79Z) used ship (38B) + Horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water-repellent turbine blade cross section (4X) is set to an eight-fold double-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   A water-repellent turbine blade cross section (4X) is driven by a 9-fold three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) 10 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 11 times 5 stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + accelerated downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 12 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 13 times 7 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) 14 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is a 15-fold 9-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is a 16-fold 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 17 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water repellent turbine blade cross section (4X) is 18 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 19-fold two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   A water-repellent turbine blade cross section (4X) is set to a 20-fold three-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 21-fold four-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 22 times the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) ship (38B) used + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   A water-repellent turbine blade cross section (4X) is driven by a 23-fold 6-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 24 times the 7 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water repellent turbine blade cross section (4X) is 25 times 8-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is doubled 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is tripled to a 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 4 times the metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) Provide + Thrust bearing with additional hydraulic levitation + Intake air path length lens and solar heating / cooling manufacturing + Assembly of assembly bolts with turbine blades of the same diameter and shape of each paragraph for fully automatic processing Combined engine with various energy storage cycles as a turbine.   The water-repellent turbine blade cross section (4X) is 5 times as large as the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water repellent turbine blade cross section (4X) is a 6-fold double stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is 7 times higher than the 3-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   A water repellent turbine blade cross section (4X) is driven by a four-stage metal sphere mercury gravity turbine driven species with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 9 times as large as a 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven seed 10 times larger, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 11 times 7-stage metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + acceleration downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 12 times 8 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) is 13 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) is 14 times 10 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Water repellent turbine blade cross section (4X) is 15 times metal sphere Mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + acceleration metal sphere downward Mercury-gravity turbine drive type + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + Heat and cold manufacturing with intake air path length lens and sunlight + Fully automatic processing possible Various energy conservation cycle coalescing engines, with a group of moving blades of a vertical type all-blade turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 16 times the 1 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a 17-fold double-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 18 times the three-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) is 19 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 20-fold 5-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 21 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is 22 times the 7 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 23-fold 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 24 times 9-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 25-fold 10 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is doubled to a metal sphere mercury gravity turbine drive type, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) is used to the ship (38B) + horizontal axis (1h) Equipped with + thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + various energy of turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine Conservation cycle coalescence organization.   The water-repellent turbine blade cross section (4X) is tripled to the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a quadruple two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water repellent turbine blade cross section (4X) is a three-stage metal sphere mercury gravity turbine driven species with 5 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 6 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is 7 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water repellent turbine blade cross section (4X) is driven by a 6-stage metal sphere mercury gravity turbine driven species of 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Water-repellent turbine blade cross section (4X) 9 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) Driving various passenger ships with injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Intake air path length lens and solar heating / cooling production + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is 10 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + intake air path length lens and solar heating / cooling manufacturing + fully automatic machining of turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 11 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Prepare + (79Z) drive various types of passenger ships + Add hydraulic thrust levitation thrust bearings + Suction air path length lens and solar heating / cooling manufacturing + Fully automatic processing possible Various energy storage cycle coalescing engines, with a group of moving blades of an all-blade type turbine as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water-repellent turbine blade cross section (4X) is 12 times 10-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water repellent turbine blade cross section (4X) 13 times metal sphere Mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + downward acceleration metal sphere Mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation additional thrust bearings + Intake air path length lens and solar heat / cool manufacturing + Turbine blades Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Water-repellent turbine blade cross section (4X) is 14 times 1 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling production + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Water-repellent turbine blade cross section (4X) 15-fold double stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   The water-repellent turbine blade cross section (4X) is driven by a 16-fold three-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven type + (79Z) driving propulsion of various ships + Hydraulic levitation with additional thrust bearings + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing Various energy storage cycle coalescing engines, with a group of blades of a vertical all-blade turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water repellent turbine blade cross section (4X) is a 17-fold four-stage metal sphere mercury gravity turbine driven species, and the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 18 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) 19-times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water-repellent turbine blade cross section (4X) 20-fold 7-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 21 times the 8-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Water repellent turbine blade cross section (4X) is a 22-fold 9-stage metal sphere mercury gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 23-fold 10-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turbine blade group of turbine with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 24 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Various types of turbine assembly blades with the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is a 25-fold single-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Turning blades of turbines with the same diameter and shape of each paragraph for full automatic processing Various energy storage cycle coalescing engine with combined bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is doubled to a double-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) + Hydraulic levitation additional thrust bearing + Intake air path length lens and solar heating / cooling manufacturing + Ventilation blade group of vertical all blade turbine capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   The water-repellent turbine blade cross section (4X) is tripled to a three-stage metal ball mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) Provided + Provided with additional thrust bearings for hydraulic levitation + Heated / cooled production with intake air path length lens and sunlight + Turbine blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 4 times the 4-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The water-repellent turbine blade cross section (4X) is 5 times higher than the 5-stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with hydraulic levitation additional thrust bearing + intake air path length lens and solar heating / cooling manufacture + turbine rotor blade group with the same diameter and the same shape for each paragraph to make a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Water repellent turbine blade cross section (4X) is 6 times 6-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heat and cold production with intake air path length lens and sunlight + fitting of turbine blades with the same diameter and shape of each paragraph for fully automatic processing Various energy storage cycle coalescing engine with bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 7 times higher than the 7 stage metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) used ship (38B) + horizontal axis ( 1h) equipped + equipped with a thrust bearing with additional hydraulic levitation + heated and cooled manufacturing with intake air path length lens and sunlight + moving blade group of vertical all blade turbine capable of fully automatic machining in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   The water-repellent turbine blade cross section (4X) is an 8-stage metal sphere mercury gravity turbine driven type with 8 times the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and mass + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Water repellent turbine blade cross section (4X) is 9 times 9 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and mass + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   The water-repellent turbine blade cross section (4X) is 10 times the 10-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driven by various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with moving blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 11 times the metal sphere mercury gravity turbine driven seed, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) used ship (38B) + horizontal axis (1h) + Equipped with (79Z) driving propulsion for various passenger ships + equipped with additional thrust bearings for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and mass + full automatic processing possible In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 12-fold single-stage metal sphere mercury gravity turbine driven species, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) used ship (38B), and the horizontal axis ( 1h) equipped + (79Z) driving various types of passenger ships + equipped with additional thrust bearings for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and mass + full automatic Various energy conservation cycle coalescing engines in which the blade group of a vertical all-blade turbine capable of machining is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 13 times as large as a two-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, the water jet (79Z) is used, and the ship (38B) is used. Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + With pressures divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with a moving bolt group of acceleration + turbines, with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 14 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + With pressures divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with a moving bolt group of acceleration + turbines, with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) 15 times 4 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + With pressures divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with a moving bolt group of acceleration + turbines, with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 16 times 5 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + With pressures divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each paragraph and fitted bolt assembly turbines for acceleration + fully automatic machining.   Water repellent turbine blade cross section (4X) 17-fold 6-stage metal sphere mercury gravity turbine driven seed to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + accelerate downward Metal ball mercury gravity turbine driven species + (79Z) driving propulsion of various ships + Equipped with additional thrust bearings for hydraulic levitation + With pressures divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with a moving bolt group of vertical all-rotor turbine capable of acceleration + fully automatic machining and a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Water repellent turbine blade cross section (4X) is 18 times 7-stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) 19 times 8 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) 20 times 9 stage metal sphere mercury Gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Water repellent turbine blade cross section (4X) is 21 times 10 stage metal sphere mercury Gravity turbine driven species, superheated steam injection temperature is brought close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with fully-machined turbine blades, with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is 22 times the metal sphere mercury gravity turbine drive type, the superheated steam injection temperature is brought close to the combustion gas injection temperature + the water jet (79Z) used ship (38B) + metal sphere mercury is accelerated Structure and method to be used + Intake air path length lens and solar heating / cooling production + Hydraulic levitation with additional thrust bearing + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic Various energy conservation cycle coalescing engines in which the blade group of a vertical all-blade turbine capable of machining is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The water-repellent turbine blade cross section (4X) is 23 times larger than the one-stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature, + the water jet (79Z) use ship (38B) + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   The water-repellent turbine blade cross section (4X) is a 24x 2 stage metal sphere mercury gravity turbine driven seed, the superheated steam injection temperature is brought close to the combustion gas injection temperature + water jet (79Z) ship (38B) used + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Water-repellent turbine blade cross section (4X) is 25 times 3 stage metal sphere mercury gravity turbine driven seed to make superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + metal sphere mercury + Accelerating with pressure saved by dividing combustion gas calorie and mass or compressed air calorie and mass + Various energy storage cycle coalescing engines in which turbine blade groups are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with a combined bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with two stages of combined bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph, and five bolted assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbine in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with two fitting bolt assembly turbines in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages as substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have six stages of fitting bolt assembly turbines that are approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in seven stages as substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which groups are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph and the fitting bolt assembly turbine is provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and two stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 9 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 10 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with two stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in eight stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum use + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum use + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing is possible Various energy storage cycle coalescing engines in which a group of moving blades of a vertical type all-blade blade turbine has the same diameter and substantially the same shape for each paragraph, and is provided with 10 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension + Maximize use + Provide a water jet that can rotate up and down + Provide a thrust bearing with additional hydraulic levitation + Accelerate with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension + Maximize use + Provide a water jet that can rotate up and down + Provide a thrust bearing with additional hydraulic levitation + Accelerate with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Three-stage metal ball mercury gravity turbine drive type brings the superheated steam injection temperature close to the combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine in one stage, various energy conservation Cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   Two-stage metal sphere mercury gravity turbine driven species to bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) used ship (38B) + downwardly accelerated metal sphere mercury gravity turbine driven seed + various ships (79Z) injection driving force + equipped with thrust bearing with additional hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + turbine rotor blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in one stage as substantially the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages as substantially the same shape.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearing for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with approximately the same diameter.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Hot / hot / cool manufacturing with light + Hydraulic levitation additional thrust bearings + Combustion gas calorie and mass or compressed air calorie and pressure accelerated by pressure and storage of vertical turbine blade capable of fully automatic machining Various energy storage cycle coalescence engines with blade groups of the same diameter and the same shape for each paragraph, and 5 bolts of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 6 stages of bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 7 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy conservation cycle coalescing engines with approximately the same shape and 8 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearing for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 9-stage fitting bolt assembly turbines with approximately the same diameter.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Hot / hot / cool manufacturing with light + Hydraulic levitation additional thrust bearings + Combustion gas calorie and mass or compressed air calorie and pressure accelerated by pressure and storage of vertical turbine blade capable of fully automatic machining Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and 10 bolts of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with a combined bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with two stages of combined bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph, and five bolted assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbine in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with two fitting bolt assembly turbines in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages as substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines that have six stages of fitting bolt assembly turbines that are approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in seven stages as substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which groups are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph and the fitting bolt assembly turbine is provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and two stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 9 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 10 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with two stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in eight stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum use + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum use + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing is possible Various energy storage cycle coalescing engines in which a group of moving blades of a vertical type all-blade blade turbine has the same diameter and substantially the same shape for each paragraph, and is provided with 10 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension + Maximize use + Provide a water jet that can rotate up and down + Provide a thrust bearing with additional hydraulic levitation + Accelerate with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension + Maximize use + Provide a water jet that can rotate up and down + Provide a thrust bearing with additional hydraulic levitation + Accelerate with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of the same diameter for each stage and fitting bolt assembly turbine in 8 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of fully automatic processable turbines with the same diameter and the same shape for each stage and 9 fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 10 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in two stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage and various types of fitting bolt assembly turbines in 3 stages Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engine with 5 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and 6 stages of bolt assembly turbines organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades set to the same shape for each stage and fitted bolt assembly turbine in 7 stages organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with two stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines in three stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerating with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 3 stages Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage, and 4 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with 5 stages of turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 7 stages Combined organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group of turbines that can be fully automatic machined with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescing engines with 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and approximately the same shape for each stage, and a single bolted turbine assembly organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Combined various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage, and two fitting bolt assembly turbines organ.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with six assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with assembly turbine in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 8 stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of turbines that can be fully auto-processed with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in 4 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Acceleration with combustion gas calorie and mass or compressed air calorie and mass pressure + Rotating blade group of vertical rotor blades capable of fully automatic machining with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 5 stages with heat pump.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass divided storage + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump provided in 6 stages, various energy storage Cycle coalescence engine.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine with heat pump in 7 stages to save various energy Cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps installed in 9 stages in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in two stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in three stages with a heat pump as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in five stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in six stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in eight stages with heat pumps as approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps installed in 9 stages in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalesced engines with fitting bolt assembly turbines and heat pumps provided in approximately 10 stages with substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps arranged in a single stage as substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in two stages with substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine is provided in three stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine is provided in four stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are of the same shape and the same diameter for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the group is made into the same shape for each paragraph and the fitting bolt assembly turbine is provided in six stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the group is made into the same shape for each paragraph and the fitting bolt assembly turbine is provided in seven stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in two stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 6 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly and heat pump provided in 8 stages with thrust bearing, bearing and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly and heat pump in 9 stages with thrust bearing, bearing and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with bolt assembly and heat pumps in 10 stages together with thrust bearings, bearings and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engines with bolt assembly and heat pump provided in one stage with thrust bearing, bearing and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engines with bolt assembly and heat pump provided in two stages together with thrust bearings, bearings and square turbine outer box (77a).   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups of each are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in three stages together with the heat pump.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum use + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine is provided in four stages together with a heat pump.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum use + Water jet can be rotated so that it can move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing is possible Various energy storage cycle coalescing engines in which a group of moving blades of a vertical all-type moving blade turbine has the same diameter and the same shape for each stage, and a fitting bolt assembly turbine is provided in five stages together with a heat pump.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension + Maximize use + Provide a water jet that can rotate up and down + Provide a thrust bearing with additional hydraulic levitation + Accelerate with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbines are provided in six stages together with the heat pumps with the same diameter and the same shape for each paragraph.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension + Maximize use + Provide a water jet that can rotate up and down + Provide a thrust bearing with additional hydraulic levitation + Accelerate with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine is provided in seven stages together with a heat pump, with each paragraph having the same diameter and shape.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + water jet (79Z) is used ship (38B) + horizontal axis (1h) is provided + liquid metal is accelerated as a small diameter + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + water jet (79Z) is used ship (38B) + horizontal axis (1h) is provided + liquid metal is accelerated as a small diameter + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of turbines that can be fully auto-processed with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in 4 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + water jet (79Z) is used ship (38B) + horizontal axis (1h) is provided + liquid metal is accelerated as a small diameter + Acceleration with combustion gas calorie and mass or compressed air calorie and mass pressure + Rotating blade group of vertical rotor blades capable of fully automatic machining with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 5 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + water jet (79Z) is used ship (38B) + horizontal axis (1h) is provided + liquid metal is accelerated as a small diameter + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored pressure + Turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine with 6 stages with heat pump Cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) is used ship (38B) + horizontal axis (1h) is provided + liquid metal is accelerated as a small diameter + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine with heat pump in 7 stages to save various energy Cycle coalescence engine.   Metal sphere mercury gravity turbine driven species, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + metal sphere mercury accelerated to metal Sphere mercury gravity turbine driven type + Combustion gas calorie and mass or compressed air calorie and pressure are stored separately and accelerated + Fully automatic processable Turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   Metal sphere mercury gravity turbine driven species, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + metal sphere mercury accelerated to metal Sphere mercury gravity turbine driven type + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and accelerated + fully automatic machineable turbine blade group with the same diameter and shape of each paragraph assembling bolt assembly Various energy storage cycle coalescing engines with turbines installed in 9 stages together with heat pumps.   Metal sphere mercury gravity turbine driven species, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + metal sphere mercury accelerated to metal Use a spherical mercury gravity turbine drive type + combustion gas calorie and mass or compressed air calorie and pressure to be stored separately divided pressure + vertical rotor blade group of fully-rotary blades capable of fully automatic processing is approximately the same diameter per paragraph Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in 10 stages with heat pumps.   Metal sphere mercury gravity turbine driven species, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + metal sphere mercury accelerated to metal Sphere mercury gravity turbine driven type + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group is made to be approximately the same shape for each stage and fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in one stage.   Metal sphere mercury gravity turbine driven species, superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + metal sphere mercury accelerated to metal Sphere mercury gravity turbine driven type + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group is made to be approximately the same shape for each stage and fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines in five stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic thrust surcharge additional thrust bearing + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 6 stages Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps installed in 9 stages in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in two stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in three stages with a heat pump as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in five stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in six stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in eight stages with heat pumps as approximately the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps installed in 9 stages in the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalesced engines with fitting bolt assembly turbines and heat pumps provided in approximately 10 stages with substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps arranged in a single stage as substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion + equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in two stages with substantially the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine is provided in three stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine is provided in four stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the groups are of the same shape and the same diameter for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the group is made into the same shape for each paragraph and the fitting bolt assembly turbine is provided in six stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the group is made into the same shape for each paragraph and the fitting bolt assembly turbine is provided in seven stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in two stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 6 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly and heat pump provided in 8 stages with thrust bearing, bearing and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engine with bolt assembly and heat pump in 9 stages with thrust bearing, bearing and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with bolt assembly and heat pumps in 10 stages together with thrust bearings, bearings and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engines with bolt assembly and heat pump provided in one stage with thrust bearing, bearing and square turbine outer box (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescence engines with bolt assembly and heat pump provided in two stages together with thrust bearings, bearings and square turbine outer box (77a).   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the horizontal axis (1h) + gravity, sunlight and surface tension Use as much as possible + Save ascending with an increasing ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately stored + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in three stages together with the heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the horizontal axis (1h) + gravity, sunlight and surface tension Use as much as possible + Save ascending with the rising ball lifting device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine is provided in four stages together with a heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the horizontal axis (1h) + gravity, sunlight and surface tension Use as much as possible + Save ascending with the rising ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing is possible Various energy storage cycle coalescing engines in which a group of moving blades of a vertical all-type moving blade turbine has the same diameter and shape of each stage and a fitting bolt assembly turbine is provided in five stages together with a heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the horizontal axis (1h) + gravity, sunlight and surface tension Use as much as possible + Save ascending with the rising ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Turbine blades The various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in six stages together with the heat pumps with the same diameter and the same shape for each paragraph.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + make the water jet (79Z) use ship (38B) + make the horizontal axis (1h) + gravity, sunlight and surface tension Use as much as possible + Save ascending with the rising ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass separately + Turbine blades Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine is provided in seven stages together with a heat pump, with each paragraph having the same diameter and shape.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages with heat pumps of the same diameter and approximately the same shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages together with heat pumps, each having the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbines installed in 5 stages together with heat pumps.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and shape of each turbine, and fitting bolt assembly turbine with 6 stages with heat pump Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and diameter in each stage and fitted bolt assembly turbine is provided in 7 stages with heat pump Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of fully automatic processable turbines with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blade group set to the same shape and shape in each stage and fitted bolt assembly turbine with heat pump in one stage Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump in two stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in four stages with heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass The various energy storage cycle coalescing engines, in which the fitting bolt assembly turbine is provided in five stages together with the heat pump with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages together with heat pumps with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + equipped with additional thrust bearing for hydraulic levitation + acceleration with combustion gas calorie and mass or compressed air calorie and pressure and storage + turbine blade group of turbine capable of fully automatic processing Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with heat pumps, each with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion + equipped with additional thrust bearing for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + vertical rotor blade capable of fully automatic machining Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie + mass As an energy storage cycle coalescence engine, a fitting bolt assembly turbine is provided in two stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, 8 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and the same shape for each stage 9 Various energy conservation cycle coalescence engine installed in the stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type Included + Acceleration by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engine with turbine in 10 stages with heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of turbines with the same diameter and the same shape for each stage of the turbine, and a fitting bolt assembly turbine with a heat pump in one stage Energy conservation cycle coalescence engine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerates by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape and shape with the same diameter for each stage Energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle coalescence engines provided.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each stage, 4 stages of fitting bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines equipped with a heat pump in five stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Various types of energy with turbine rotor blades set to the same shape and shape of each stage and fitted bolt assembly turbine with heat pump in 6 stages Conservation cycle coalescence organization.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 7 stages Conservation cycle coalescence organization.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and shape for each paragraph As a combination engine with various energy storage cycles, the turbine is fitted with 8 stages of fitting bolt assembly turbines and heat pumps.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with fitting bolt assembly turbines in nine stages with heat pumps as the same shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic flotation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages together with the heat pumps with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engine with assembly turbine and heat pump in one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold with solar heated air + Fully automatic processing turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold with solar heating air + Fully automatic machining turbine blade group with same diameter and shape of each paragraph Various energy storage cycle coalescing engines with turbines installed in 9 stages together with heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Has a thrust bearing with additional hydraulic flotation + Compressed heat and heat with solar heated air + The blades of a vertical all blade turbine capable of fully automatic machining are approximately the same diameter per paragraph Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in 10 stages with heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in one stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold with solar heated air + Fully automatic processing turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines with three heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold with solar heating air + Fully automatic machining turbine blade group with same diameter and shape of each paragraph Various energy storage cycle coalescing engines with turbines and heat pumps in 4 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Has a thrust bearing with additional hydraulic flotation + Compressed heat and heat with solar heated air + The blades of a vertical all blade turbine capable of fully automatic machining are approximately the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in five stages together with a heat pump.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine provided in 6 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine provided in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 8 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine, various energy storage cycle engines with a fitting bolt assembly turbine provided in 10 stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape and the same shape for each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are grouped in the same shape for each stage and fitted bolt assembly turbine with heat pump 2 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 3 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 5 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 6 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 7 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with a heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with two heat pumps.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine with various energy storage cycles, a turbine with a fitting bolt assembly and a heat pump is provided in four stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air Various energy storage cycle coalescing engines, which are equipped with a fitting bolt assembly turbine in five stages with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + The turbine blades are of the same shape and the same shape for each stage 8 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are arranged in the same shape for each stage and fitted bolt assembly turbine with heat pump 9 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are almost identical in shape with the same diameter for each stage 10 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape and the same shape for each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are grouped in the same shape for each stage and fitted bolt assembly turbine with heat pump 2 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the jet propulsion force + Has hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape for each stage and the fitting bolt assembly turbine with heat pump 3 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surfacing additional thrust bearings + Solar heated air is compressed and heated and cooled + The turbine blades are set to the same shape and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blades are of the same shape for each stage and fitted bolt assembly turbine with heat pump 5 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surfacing additional thrust bearings + Solar heated air is compressed and heated and cooled + The turbine blades are of the same shape and the same shape for each stage 6 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are set to have the same shape and diameter in each stage 7 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in 8 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescence engines provided in 9 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescence engines provided in 10 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in one stage together with thrust bearings, bearings, and rectangular turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in two stages together with thrust bearings, bearings and square turbine outer casing (77a).   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can be moved up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Fully automatic processable turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps arranged in three stages with approximately the same diameter.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can be moved up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages with heat pumps of the same diameter and shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Compression heating and cooling production of solar heating air + Vertical automatic blade turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blade group is made to have the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 6 stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blade group is made to have the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold with solar heated air + Fully automatic processing turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold with solar heating air + Fully automatic machining turbine blade group with same diameter and shape of each paragraph Various energy storage cycle coalescing engines with turbines installed in 9 stages together with heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Has a thrust bearing with additional hydraulic flotation + Compressed heat and heat with solar heated air + The blades of a vertical all blade turbine capable of fully automatic machining are approximately the same diameter per paragraph Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in 10 stages with heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in one stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold with solar heated air + Fully automatic processing turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines with three heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold with solar heating air + Fully automatic machining turbine blade group with same diameter and shape of each paragraph Various energy storage cycle coalescing engines with turbines and heat pumps in 4 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Has a thrust bearing with additional hydraulic flotation + Compressed heat and heat with solar heated air + The blades of a vertical all blade turbine capable of fully automatic machining are approximately the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in five stages together with a heat pump.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine provided in 6 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine provided in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 8 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine, various energy storage cycle engines with a fitting bolt assembly turbine provided in 10 stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape and the same shape for each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are grouped in the same shape for each stage and fitted bolt assembly turbine with heat pump 2 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 3 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 5 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 6 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 7 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with a heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with two heat pumps.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine with various energy storage cycles, a turbine with a fitting bolt assembly and a heat pump is provided in four stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air Various energy storage cycle coalescing engines, which are equipped with a fitting bolt assembly turbine in five stages with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + The turbine blades are of the same shape and the same shape for each stage 8 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are arranged in the same shape for each stage and fitted bolt assembly turbine with heat pump 9 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are almost identical in shape with the same diameter for each stage 10 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape and the same shape for each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are grouped in the same shape for each stage and fitted bolt assembly turbine with heat pump 2 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the jet propulsion force + Has hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape for each stage and the fitting bolt assembly turbine with heat pump 3 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surfacing additional thrust bearings + Solar heated air is compressed and heated and cooled + The turbine blades are set to the same shape and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blades are of the same shape for each stage and fitted bolt assembly turbine with heat pump 5 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surfacing additional thrust bearings + Solar heated air is compressed and heated and cooled + The turbine blades are of the same shape and the same shape for each stage 6 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are set to have the same shape and diameter in each stage 7 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in 8 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescence engines provided in 9 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescence engines provided in 10 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in one stage together with thrust bearings, bearings, and rectangular turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in two stages together with thrust bearings, bearings and square turbine outer casing (77a).   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can be moved up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Fully automatic processable turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps arranged in three stages with approximately the same diameter.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can be moved up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages with heat pumps of the same diameter and shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Compression heating and cooling production of solar heating air + Vertical automatic blade turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blade group is made to have the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 6 stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blade group is made to have the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold with solar heated air + Fully automatic processing turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold with solar heating air + Fully automatic machining turbine blade group with same diameter and shape of each paragraph Various energy storage cycle coalescing engines with turbines installed in 9 stages together with heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Has a thrust bearing with additional hydraulic flotation + Compressed heat and heat with solar heated air + The blades of a vertical all blade turbine capable of fully automatic machining are approximately the same diameter per paragraph Various energy storage cycle coalescing engines with the same shape and fitting bolt assembly turbines in 10 stages with heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in one stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold with solar heated air + Fully automatic processing turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engines with three heat pumps.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold with solar heating air + Fully automatic machining turbine blade group with same diameter and shape of each paragraph Various energy storage cycle coalescing engines with turbines and heat pumps in 4 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures heat and cold with light + Has a thrust bearing with additional hydraulic flotation + Compressed heat and heat with solar heated air + The blades of a vertical all blade turbine capable of fully automatic machining are approximately the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine in five stages together with a heat pump.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine provided in 6 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactures hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold manufacturing with solar heated air + Turbine blades with the same diameter and shape of each stage, fitted bolt assembly turbine with heat pump Various energy conservation cycle coalescence engine provided in 7 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 8 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine, various energy storage cycle engines with a fitting bolt assembly turbine provided in 10 stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape and the same shape for each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are grouped in the same shape for each stage and fitted bolt assembly turbine with heat pump 2 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 3 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 5 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 6 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine provided in 7 stages with heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines equipped with a heat pump in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with a heat pump in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Combustion and cooling of solar heated air + Combined bolt assembly turbine with turbine blades of fully automatic processing with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with two heat pumps.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine with various energy storage cycles, the turbine is equipped with a fitting bolt assembly turbine in three stages together with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As a combination engine with various energy storage cycles, a turbine with a fitting bolt assembly and a heat pump is provided in four stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air Various energy storage cycle coalescing engines, which are equipped with a fitting bolt assembly turbine in five stages with a heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air As an energy storage cycle coalescence engine, the fitting bolt assembly turbine is provided in 6 stages together with the heat pump.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Adds a thrust bearing to the hydraulic levitation + Manufactures the blades of the vertical all-blade turbine capable of full-automatic processing by compressing hot and cold solar-heated air Various energy storage cycle coalescing engines with a fitting bolt assembly turbine and a heat pump in seven stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + The turbine blades are of the same shape and the same shape for each stage 8 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are arranged in the same shape for each stage and fitted bolt assembly turbine with heat pump 9 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are almost identical in shape with the same diameter for each stage 10 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape and the same shape for each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are grouped in the same shape for each stage and fitted bolt assembly turbine with heat pump 2 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the jet propulsion force + Has hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + The turbine blades are of the same shape for each stage and the fitting bolt assembly turbine with heat pump 3 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surfacing additional thrust bearings + Solar heated air is compressed and heated and cooled + The turbine blades are set to the same shape and the same shape for each stage 4 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surpassing additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blades are of the same shape for each stage and fitted bolt assembly turbine with heat pump 5 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives propulsion propulsion + Has hydraulic thrust surfacing additional thrust bearings + Solar heated air is compressed and heated and cooled + The turbine blades are of the same shape and the same shape for each stage 6 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are set to have the same shape and diameter in each stage 7 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in 8 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescence engines provided in 9 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescence engines provided in 10 stages together with thrust bearings, bearings and square turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in one stage together with thrust bearings, bearings, and rectangular turbine outer casing (77a).   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Has hydraulic thrust surfacing additional thrust bearing + Manufactures solar heating air with compression and heating and cooling + Assembly of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly and heat pump Various energy storage cycle coalescing engines provided in two stages together with thrust bearings, bearings and square turbine outer casing (77a).   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can be moved up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Fully automatic processable turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps arranged in three stages with approximately the same diameter.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so that it can be moved up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Fully automatic processable turbine blade group per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages with heat pumps of the same diameter and shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Compression heating and cooling production of solar heating air + Vertical automatic blade turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in five stages together with the heat pump.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blade group is made to have the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 6 stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated so as to be able to move up and down + Thrust bearing with additional hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blade group is made to have the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Fully automatic processing possible. The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine is combined with a heat pump in 8 stages. .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles, with turbine blades that can be fully automatically machined in the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heated air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of full-automatic processing are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and a fitting bolt assembly turbine and a heat pump in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar energy heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps in two stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps in three stages .   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + Combined with various energy storage cycles in which turbine blades that can be fully machined have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in four stages together with heat pumps organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled + The rotor blades of a vertical all-blade turbine capable of fully automatic machining are set to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in five stages together with the heat pump Various energy conservation cycle coalescence engine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in six stages together with heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines and heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy conservation cycle coalescing engines in which the rotor blades of fully automatic processable turbines have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in 8 stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines with fully automatic machining turbine blades with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines in which the rotor blade group of the vertical fully moving blade turbine capable of fully automatic machining is made into the same diameter and shape of each stage, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescing engine with turbine rotor blade group of the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump provided in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescing engine in which turbine blades are set to have the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in two stages together with the heat pump.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed and heated and cooled + Fully automatic processing possible The blades of the turbine have the same diameter and shape of each stage, and the assembly bolt assembly turbine is combined with a heat pump in three stages to combine various energy storage cycles organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine with heat pump in 4 stages, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade turbine blade group with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in five stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blades are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 6 stages and various energy storage cycle coalescing engines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in 7 stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy conservation cycle coalescing engines in which the rotor blades of fully automatic processable turbines have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in 8 stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines with fully automatic machining turbine blades with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines in which the rotor blade group of the vertical fully moving blade turbine capable of fully automatic machining is made into the same diameter and shape of each stage, and the fitting bolt assembly turbine is provided in 10 stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescing engine with turbine rotor blade group of the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump provided in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescing engine in which turbine blades are set to have the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in two stages together with the heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 3 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 4 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with fitting bolt assembly turbine and heat pump in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heating air is compressed and heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in 6 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation with additional thrust bearing + Solar heated air is compressed and heated and cooled + Turbine blades are almost the same shape for each stage and fitted bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine with assembly turbines and heat pumps in 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine and heat pump in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 10 stages together with heat pumps, with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages with the pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy conservation cycle coalescing engines in which the turbine blades of fully-automatically machineable turbines have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in three stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines with fully automatic machining turbine blade groups with the same diameter and shape of each stage, and a fitting bolt assembly turbine and four stages of heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines in which the rotor blade group of a vertical fully moving blade turbine capable of fully automatic processing is made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbine is provided in five stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Various energy storage cycle coalescing engines in which the turbine blades are of the same shape and shape in each stage and the fitting bolt assembly turbine is provided in six stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy storage cycle coalescing engine with turbine rotor blade groups of the same diameter and the same shape for each stage, and a fitting bolt assembly turbine with heat pumps provided in 7 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar heating air is compressed hot and cold manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbines with heat pumps are provided in 8 stages, and various energy storage cycle combinations organ.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine with 9 stages and heat pump, various energy storage cycles Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining is possible for the vertical blade blade group that can be fully automated, with the same diameter and shape of each stage, and the fitting bolt assembly turbine with heat pump in 10 stages Various energy conservation cycle coalescence engines provided.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blade group with the same diameter and shape of each stage, and a fitting bolt assembly turbine and heat pump in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine blade groups are of the same diameter and shape of each stage, fitting bolt assembly turbines and heat pumps are provided in two stages with various energy storage cycle coalescence engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy conservation cycle coalescing engines in which the turbine blades of fully-automatically machineable turbines have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine is provided in three stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines with fully automatic machining turbine blade groups with the same diameter and shape of each stage, and a fitting bolt assembly turbine and four stages of heat pumps.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Yes + Various energy storage cycle coalescing engines in which the rotor blade group of a vertical fully moving blade turbine capable of fully automatic processing is made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbine is provided in five stages together with a heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Various energy storage cycle coalescing engines in which the turbine blades are of the same shape and shape in each stage and the fitting bolt assembly turbine is provided in six stages together with the heat pump.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy storage cycle coalescing engine with turbine rotor blade groups of the same diameter and the same shape for each stage, and a fitting bolt assembly turbine with heat pumps provided in 7 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + has hydraulic thrust surfacing additional thrust bearing + solar heating air is compressed and heated and cooled manufacturing + fully automatic processable turbine blades are set to the same diameter and shape of each stage, and fitting bolt assembly turbine is heated Various energy storage cycle coalescence engine provided in 8 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driving thrust + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 9 stages with heat pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing added to hydraulic levitation + Compressed heat and cold manufacturing of solar heated air + Vertically moving blade group of vertical rotor blades capable of full automatic processing, with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with fitting bolt assembly turbine and heat pump in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with the same diameter and the same shape for each stage, fitted bolt assembly turbine with heat pump in one stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades are roughly the same shape for each stage and fitted bolt assembly turbine with heat pump in two stages Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with assembly turbines and heat pumps in three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Compressed heat and cold production of solar heated air + Fully automatic processable turbine blade group fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine and heat pump in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by propulsion propulsion + Provided with thrust bearings added to hydraulic levitation + Compressed heat and cold production of solar heated air + Rotor blade group of vertical all blade turbine capable of fully automatic machining Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps provided in five stages with approximately the same diameter.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 6 stages with pump.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Has hydraulic thrust surpassing additional thrust bearing + Makes solar heated air compressed and heated and cooled + Heats the fitting bolt assembly turbine with turbine blades of the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in 7 stages with pump.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and each stage with the same diameter and shape.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine rotor blade groups with the same diameter and shape of each stage and fitted with 9 bolts.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Compressed / heated and cold manufacturing of solar heated air + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage, and fitted bolt assembly turbines in one stage.   Metal sphere mercury gravity turbine drive type is equipped with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + CO2 exhaust is small and injection propulsion output is increased + hydraulic flotation additional thrust bearing is provided + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Various energy storage cycle coalescing engines with metal ball mercury accelerated driving turbine blade groups with the same diameter and shape of each stage, and with three stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + A multi-stage turbine moving blade group with the same diameter and shape of each stage, and a combined bolt assembly turbine in five stages, and various energy storage cycle combined engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescence engine with turbine rotor blade group of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescence engine with turbine rotor blade group of the same diameter and the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines, with the turbine blades accelerated by metal sphere mercury and having the same diameter and shape of each stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy-saving cycle coalescing engine that aims at 1000 times power generation by setting the rotor blades of the turbine driven by acceleration of metal sphere mercury and having the same diameter and the same shape for each paragraph, and providing 9 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + A multi-stage turbine moving blade group with the same diameter and the same shape for each paragraph, and a combination bolt assembly turbine with 10 stages, and various energy storage cycle combined engines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescence engine with turbine rotor blade group having the same diameter and the same shape for each stage, and a fitting bolt assembly turbine provided in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Energy conservation cycle coalescing engine with turbine rotor blade groups of the same diameter and approximately the same shape for each stage and two stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each stage and the fitting bolt assembly turbines are provided in three stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, in which the fitting bolt assembly turbines are provided in four stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with six stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in seven stages with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage has substantially the same shape and the same diameter for each stage, and the fitting bolt assembly turbines are provided in eight stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage has substantially the same shape and the same diameter for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage has the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in two stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, in which the fitting bolt assembly turbines are provided in four stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines with the same diameter and diameter of each paragraph, and with 6 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, with the same diameter and diameter of each paragraph, and 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in nine stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines in which fitting bolt assembly turbines are provided in five stages with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with six stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in seven stages with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 8 stages each having the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines, each having the same diameter and substantially the same shape, and 10 fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in one stage with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with the same diameter and shape.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescence engine provided in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescing engines in which a multi-stage turbine rotor blade group provided in five stages is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Provide hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blade group is almost the same shape with the same diameter for each paragraph 6 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar-heated air + Turbine rotor blade group with the same diameter and shape of each stage, 7 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cooled manufacturing + Metal sphere mercury accelerated turbine rotor blade group with the same diameter and shape of each stage and fitted bolt assembly turbine in 8 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and the same shape for each stage, and 9 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage, and a single-stage fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Compressed heat and cold production of solar heated air + Cycle acceleration turbine drive blade group of metal sphere mercury with the same diameter and shape of each stage and fitting bolt assembly turbine in 3 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing It is equipped with + compressed hot and cold solar heating air and manufacturing of heat + cooling energy. + Energy conservation cycle coalescence engine with multi-stage turbine blade group with the same diameter and shape of each stage and four fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing It is equipped with + compressed and heated solar air heated air and cold heat + a multi-stage turbine blade group with the same diameter and shape of each stage, and a multi-stage energy storage cycle coalescing engine with five stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed and heated and cooled + The turbine blades are of the same diameter and shape of each stage, and the various bolts are installed in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine rotor blade group is of the same diameter and shape of each stage, and various energy storage cycle coalescing engines with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cooled manufacturing + Metal sphere mercury accelerated turbine rotor blade group with the same diameter and shape of each stage and fitted bolt assembly turbine in 8 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and the same shape for each stage, and 9 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage, and a single-stage fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driven + equipped with additional thrust bearings for hydraulic levitation + solar heating air compressed and heated and cooled production + metal ball mercury accelerated drive turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine with three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Equipped with additional thrust bearings for hydraulic levitation + Solar heated air is compressed and heated and cooled + The blades of the multi-stage turbine have the same diameter and the same shape for each stage, and 4 stages of fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades of the multi-stage turbine have the same diameter and the same shape for each stage, and are provided with 5 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are set to the same diameter and approximately the same shape for each stage, and there are 6 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Production of compressed and heated solar air heated and cooled + Various types of turbine rotor blades with the same diameter and shape of each stage, and 7 stages of fitting bolt assembly turbines Energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine provided in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion force + Hydraulic levitation additional thrust bearings + Solar heating air is compressed hot and cold manufacturing + Turbine blade group of turbines with the same diameter and the same shape for each paragraph 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with same diameter and shape of each stage, 2 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Combined engine with various energy conservation cycles, with solar heating air compressed and heated and cooled manufacturing + metal ball mercury accelerated turbine rotor blade group with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted with 6 bolts.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitted with 7 bolts.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Energy-saving cycle coalescence engine with solar heating air compressed and heated and cooled + Metal-ball mercury accelerated turbine rotor blade group with the same diameter and shape of each stage, and fitted bolt assembly turbine in 8 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Solar energy heating air compression heat and cold production + Multistage turbine blade group of various stages with the same diameter and the same shape, various energy storage cycle coalescence engine provided with 9 stages of bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Solar energy heating air compression and heating and cooling + Multi-stage turbine blade group of various stages with the same diameter and the same shape, and various energy storage cycle coalescence engine provided with 10 fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blades with the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Compressed hot and cold solar air heating + Cooling + Heat turbine combined with various stages of energy storage cycle, with turbine rotor blade groups of the same diameter and shape of each stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Combined engine with various energy conservation cycles, with solar heating air compressed and heated and cooled manufacturing + metal ball mercury accelerated turbine rotor blade group with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted with 6 bolts.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitted with 7 bolts.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driven + equipped with additional thrust bearings for hydraulic levitation + solar heating air compressed and heated and cooled production + metal ball mercury accelerated drive turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine with 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Multistage turbine blades are arranged in the same shape with the same diameter for each stage, and 9 stages of fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Multistage turbine blades are set to approximately the same shape for each stage and fitted with 10 bolted assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearing for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in one stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Various types of turbine rotor blades with the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines Energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescence engine provided in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescence engine provided in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Provide hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blade group is almost the same shape with the same diameter for each paragraph 6 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar-heated air + Turbine rotor blade group with the same diameter and shape of each stage, 7 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cooled manufacturing + Metal sphere mercury accelerated turbine rotor blade group with the same diameter and shape of each stage and fitted bolt assembly turbine in 8 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and the same shape for each stage, and 9 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage, and a single-stage fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Compressed heat and cold production of solar heated air + Cycle acceleration turbine drive blade group of metal sphere mercury with the same diameter and shape of each stage and fitting bolt assembly turbine in 3 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing It is equipped with + compressed hot and cold solar heating air and manufacturing of heat + cooling energy. + Energy conservation cycle coalescence engine with multi-stage turbine blade group with the same diameter and shape of each stage and four fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing It is equipped with + compressed and heated solar air heated air and cold heat + a multi-stage turbine blade group with the same diameter and shape of each stage, and a multi-stage energy storage cycle coalescing engine with five stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed and heated and cooled + The turbine blades are of the same diameter and shape of each stage, and the various bolts are installed in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine rotor blade group is of the same diameter and shape of each stage, and various energy storage cycle coalescing engines with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cooled manufacturing + Metal sphere mercury accelerated turbine rotor blade group with the same diameter and shape of each stage and fitted bolt assembly turbine in 8 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and the same shape for each stage, and 9 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage, and a single-stage fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driven + equipped with additional thrust bearings for hydraulic levitation + solar heating air compressed and heated and cooled production + metal ball mercury accelerated drive turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine with three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Equipped with additional thrust bearings for hydraulic levitation + Solar heated air is compressed and heated and cooled + The blades of the multi-stage turbine have the same diameter and the same shape for each stage, and 4 stages of fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades of the multi-stage turbine have the same diameter and the same shape for each stage, and are provided with 5 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are set to the same diameter and approximately the same shape for each stage, and there are 6 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Production of compressed and heated solar air heated and cooled + Various types of turbine rotor blades with the same diameter and shape of each stage, and 7 stages of fitting bolt assembly turbines Energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine provided in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion force + Hydraulic levitation additional thrust bearings + Solar heating air is compressed hot and cold manufacturing + Turbine blade group of turbines with the same diameter and the same shape for each paragraph 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with same diameter and shape of each stage, 2 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Combined engine with various energy conservation cycles, with solar heating air compressed and heated and cooled manufacturing + metal ball mercury accelerated turbine rotor blade group with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted with 6 bolts.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitted with 7 bolts.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Energy-saving cycle coalescence engine with solar heating air compressed and heated and cooled + Metal-ball mercury accelerated turbine rotor blade group with the same diameter and shape of each stage, and fitted bolt assembly turbine in 8 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Solar energy heating air compression heat and cold production + Multistage turbine blade group of various stages with the same diameter and the same shape, various energy storage cycle coalescence engine provided with 9 stages of bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Solar energy heating air compression and heating and cooling + Multi-stage turbine blade group of various stages with the same diameter and the same shape, and various energy storage cycle coalescence engine provided with 10 fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blades with the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Compressed hot and cold solar air heating + Cooling + Heat turbine combined with various stages of energy storage cycle, with turbine rotor blade groups of the same diameter and shape of each stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Combined engine with various energy conservation cycles, with solar heating air compressed and heated and cooled manufacturing + metal ball mercury accelerated turbine rotor blade group with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted with 6 bolts.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitted with 7 bolts.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driven + equipped with additional thrust bearings for hydraulic levitation + solar heating air compressed and heated and cooled production + metal ball mercury accelerated drive turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine with 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Multistage turbine blades are arranged in the same shape with the same diameter for each stage, and 9 stages of fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Multistage turbine blades are set to approximately the same shape for each stage and fitted with 10 bolted assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearing for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in one stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Various types of turbine rotor blades with the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines Energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescence engine provided in 4 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescence engine provided in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Provide hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blade group is almost the same shape with the same diameter for each paragraph 6 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar-heated air + Turbine rotor blade group with the same diameter and shape of each stage, 7 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cooled manufacturing + Metal sphere mercury accelerated turbine rotor blade group with the same diameter and shape of each stage and fitted bolt assembly turbine in 8 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and the same shape for each stage, and 9 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage, and a single-stage fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Compressed heat and cold production of solar heated air + Cycle acceleration turbine drive blade group of metal sphere mercury with the same diameter and shape of each stage and fitting bolt assembly turbine in 3 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing It is equipped with + compressed hot and cold solar heating air and manufacturing of heat + cooling energy. + Energy conservation cycle coalescence engine with multi-stage turbine blade group with the same diameter and shape of each stage and four fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing It is equipped with + compressed and heated solar air heated air and cold heat + a multi-stage turbine blade group with the same diameter and shape of each stage, and a multi-stage energy storage cycle coalescing engine with five stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed and heated and cooled + The turbine blades are of the same diameter and shape of each stage, and the various bolts are installed in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Solar energy heated air is compressed hot and cold manufacturing + Turbine rotor blade group is of the same diameter and shape of each stage, and various energy storage cycle coalescing engines with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cooled manufacturing + Metal sphere mercury accelerated turbine rotor blade group with the same diameter and shape of each stage and fitted bolt assembly turbine in 8 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multi-stage turbine blades having the same diameter and the same shape for each stage, and 9 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and 10 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage, and a single-stage fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driven + equipped with additional thrust bearings for hydraulic levitation + solar heating air compressed and heated and cooled production + metal ball mercury accelerated drive turbine blade group with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine with three stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Equipped with additional thrust bearings for hydraulic levitation + Solar heated air is compressed and heated and cooled + The blades of the multi-stage turbine have the same diameter and the same shape for each stage, and 4 stages of fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearings for hydraulic levitation + Compressed and heated solar air is heated and cooled + The turbine blades of the multi-stage turbine have the same diameter and the same shape for each stage, and are provided with 5 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Solar heating air is compressed and heated and cooled + Turbine blades are set to the same diameter and approximately the same shape for each stage, and there are 6 stages of fitting bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Production of compressed and heated solar air heated and cooled + Various types of turbine rotor blades with the same diameter and shape of each stage, and 7 stages of fitting bolt assembly turbines Energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine provided in 9 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy conservation cycle coalescence engine provided in 10 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion force + Hydraulic levitation additional thrust bearings + Solar heating air is compressed hot and cold manufacturing + Turbine blade group of turbines with the same diameter and the same shape for each paragraph 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Turbine blade group with same diameter and shape of each stage, 2 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Combined engine with various energy conservation cycles, with solar heating air compressed and heated and cooled manufacturing + metal ball mercury accelerated turbine rotor blade group with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted with 6 bolts.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitted with 7 bolts.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Energy-saving cycle coalescence engine with solar heating air compressed and heated and cooled + Metal-ball mercury accelerated turbine rotor blade group with the same diameter and shape of each stage, and fitted bolt assembly turbine in 8 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Solar energy heating air compression heat and cold production + Multistage turbine blade group of various stages with the same diameter and the same shape, various energy storage cycle coalescence engine provided with 9 stages of bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Solar energy heating air compression and heating and cooling + Multi-stage turbine blade group of various stages with the same diameter and the same shape, and various energy storage cycle coalescence engine provided with 10 fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blades with the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing Provided + Compressed hot and cold solar air heating + Cooling + Heat turbine combined with various stages of energy storage cycle, with turbine rotor blade groups of the same diameter and shape of each stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped Combined engine with various energy conservation cycles, with solar heating air compressed and heated and cooled manufacturing + metal ball mercury accelerated turbine rotor blade group with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage and four fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with multistage turbine blades having the same diameter and the same shape for each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted with 6 bolts.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Solar heating air is compressed and heated and cooled. + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitted with 7 bolts.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driven + equipped with additional thrust bearings for hydraulic levitation + solar heating air compressed and heated and cooled production + metal ball mercury accelerated drive turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine with 8 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Multistage turbine blades are arranged in the same shape with the same diameter for each stage, and 9 stages of fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Multistage turbine blades are set to approximately the same shape for each stage and fitted with 10 bolted assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Drives driving force + Has additional thrust bearing for hydraulic levitation + Compressed and heated solar air is heated and cooled + Turbine blades have the same diameter and shape of each stage, and fitted bolt assembly turbines are provided in one stage Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar heated air + Various types of turbine rotor blades with the same diameter and shape of each stage, and two stages of fitting bolt assembly turbines Energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving + Hydraulic levitation additional thrust bearings + Solar heating air is compressed and heated and cooled + Turbine rotor blade group driven by acceleration of metal ball mercury is fitted to each paragraph with the same diameter and shape. Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion force + Hydraulic levitation additional thrust bearings + Solar heated air compressed hot and cold production + Metal ball mercury accelerated turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines aiming for 1000 times the amount of power generation by providing four stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driving propulsion driving force + Hydraulic levitation additional thrust bearing provided + Solar heated air compressed hot and cold manufacturing + Multi-stage turbine blade group with the same diameter and shape of each stage, fitted bolt assembly turbine Various energy storage cycle coalescence engine provided in 5 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Provide hydraulic thrust surcharge additional thrust bearing + Compressed and heated solar air is heated and cooled + Turbine blade group is almost the same shape with the same diameter for each paragraph 6 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat and cold production of solar-heated air + Turbine rotor blade group with the same diameter and shape of each stage, 7 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing + Energy-saving cycle coalescence engine with solar heating air compressed and heated and cooled + Metal-ball mercury accelerated turbine rotor blade group with the same diameter and shape of each stage, and fitted bolt assembly turbine in 8 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation Provided + Solar energy heating air compression heat and cold production + Multistage turbine blade group of various stages with the same diameter and the same shape, various energy storage cycle coalescence engine provided with 9 stages of bolt assembly turbine.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation Provided + Solar energy heating air compression and heating and cooling + Multi-stage turbine blade group of various stages with the same diameter and the same shape, and various energy storage cycle coalescence engine provided with 10 fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation + Combined engine with various energy storage cycles, with solar heating air compressed and heated and cold manufactured + turbine blades with the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation Provided + Compressed hot and cold solar air heating + Cooling + Heat turbine combined with various stages of energy storage cycle, with turbine rotor blade groups of the same diameter and shape of each stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to make the water jet (79Z) use ship (38B) + the structure and method to accelerate the metal sphere mercury + + hydraulic bearing with additional thrust bearing Provided + Compressed heat and cold production of solar heated air + Cycle acceleration turbine drive blade group of metal sphere mercury with the same diameter and shape of each stage and fitting bolt assembly turbine in 3 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation It is equipped with + compressed hot and cold solar heating air and manufacturing of heat + cooling energy. + Energy conservation cycle coalescence engine with multi-stage turbine blade group with the same diameter and shape of each stage and four fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation It is equipped with + compressed and heated solar air heated air and cold heat + a multi-stage turbine blade group with the same diameter and shape of each stage, and a multi-stage energy storage cycle coalescing engine with five stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation + Solar energy heated air is compressed and heated and cooled + The turbine blades are of the same diameter and shape of each stage, and the various bolts are installed in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) ship (38B) + to accelerate the metal sphere mercury + a thrust bearing with additional hydraulic levitation + Solar energy heated air is compressed hot and cold manufacturing + Turbine rotor blade group is of the same diameter and shape of each stage, and various energy storage cycle coalescing engines with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage has substantially the same shape and the same diameter for each stage, and the fitting bolt assembly turbines are provided in eight stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in nine stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in one stage with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each stage and the fitting bolt assembly turbines are provided in three stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in five stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in six stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + Has a thrust bearing with additional hydraulic levitation + Compresses and recovers sunlight-heated air and stores it separately in calorific pressure and mass pressure to drive each turbine + Accelerates the metal sphere mercury Various energy storage cycle coalescing engines in which the turbine rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in seven stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in nine stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, in which the fitting bolt assembly turbines are provided in four stages with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines with the same diameter and diameter of each paragraph, and with 6 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion + Has a thrust bearing with additional hydraulic levitation + Compresses heat from solar-heated air and stores it separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, with the same diameter and diameter of each paragraph, and 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in 9 stages with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with the same diameter and the same shape for each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in one stage with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force of the jet + has additional thrust bearings for hydraulic levitation + collects and saves solar-heated air by dividing it into heat and pressure, and drives each turbine + Various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in four stages with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in five stages with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 6 stages each having the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in caloric pressure and mass pressure to drive each turbine + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in seven stages with the same diameter and shape.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which groups are set to have the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph and the fitting bolt assembly turbine is provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Compressed heat recovery of solar-heated air to store separately in calorie pressure and mass pressure to drive each turbine + Multistage turbine blades Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Use as much as possible + Save ascending with the rising sphere climbing device (2F) + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine blades driven by acceleration of metal sphere mercury Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Use as much as possible + Save ascending with an increasing ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Rotor blade group of multi-stage turbine with the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Use as much as possible + Save ascending with an increasing ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Rotor blade group of multi-stage turbine with the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Use as much as possible + Save ascending with an increasing ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Use as much as possible + Save ascending with an increasing ball lift device (2F) + Equipped with additional thrust bearings for hydraulic levitation + Accelerate with pressure divided and stored in calorie speed and mass speed + Turbine blade group with almost the same shape for each paragraph As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + + hydraulic flotation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + + hydraulic flotation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + + hydraulic flotation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + + hydraulic flotation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species bring superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + + hydraulic flotation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Energy-saving cycle coalescence engine with solar heating air compressed and heated and cooled + Metal-ball mercury accelerated turbine rotor blade group with the same diameter and shape of each stage, and fitted bolt assembly turbine in 8 stages .   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure stored separately in heat quantity rate and mass rate + Turbine blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine The blade group of multi-stage turbine with the same diameter and shape as each stage Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle combined engine with 38 multi-stage assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces heating and cooling with light + Has a thrust bearing with additional hydraulic flotation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Fits the turbine blade group that accelerates the metal spherical mercury as the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 8 stages of bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine provided in 9 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine provided in 10 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot and cold with light + Has a thrust bearing with additional hydraulic levitation + Accelerates with pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and the same shape for each paragraph 1 Various energy conservation cycle coalescence engine installed in the stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 2 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces heating and cooling with light + Has a thrust bearing with additional hydraulic flotation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Fits the turbine blade group that accelerates the metal spherical mercury as the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy storage cycle coalescence engine provided in 4 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy storage cycle coalescence engine provided in 5 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactured by heating and cooling with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie and mass speeds Various energy conservation cycle coalescence engine installed in the stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactured with light, heat and cold + equipped with additional thrust bearing for hydraulic levitation + accelerated with pressure divided and stored in calorie velocity and mass velocity + turbine rotor blade group with the same diameter and shape of each stage 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds thrust bearing with hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, one stage of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage in two stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds thrust bearing with hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Multi-stage turbine rotor blade group with the same diameter and shape of each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine rotor blade group with the same diameter and shape of each paragraph 2 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Mounting blade assembly of multi-stage turbine with the same diameter and shape of each stage 3 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each paragraph 4 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage 5 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage 6 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each paragraph 7 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group is almost the same shape for each stage, 8 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Turbine blade group has the same diameter and shape of each stage, 10 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, one stage of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group is almost the same shape for each stage and has two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with almost the same shape for each stage, and fitted bolt assembly turbine in 3 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates by the pressure divided and stored in the calorie speed and mass speed + Turbine rotor blade group is almost the same shape for each stage and fitted bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group is almost the same shape for each stage and fitted bolt assembly turbine in 5 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion force + Provided with thrust bearing added to hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 6 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion force + Provided with thrust bearing added to hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage in 7 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescing engine in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy conservation cycle coalescence engine provided in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy conservation cycle coalescence engine provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jets that can be rotated to move up and down + Thrust bearings with additional hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blades driven by metal ball mercury acceleration Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Rotor blade group of multi-stage turbine has the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Rotor blade group of multi-stage turbine has the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated up and down + Thrust bearing with additional hydraulic levitation + Acceleration with the pressure divided and stored in calorie velocity and mass velocity + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine rotor blade group with the same diameter and shape in each paragraph As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces heating and cooling with light + Has a thrust bearing with additional hydraulic flotation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Fits the turbine blade group that accelerates the metal spherical mercury as the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 8 stages of bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine provided in 9 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine provided in 10 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot and cold with light + Has a thrust bearing with additional hydraulic levitation + Accelerates with pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and the same shape for each paragraph 1 Various energy conservation cycle coalescence engine installed in the stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 2 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces heating and cooling with light + Has a thrust bearing with additional hydraulic flotation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Fits the turbine blade group that accelerates the metal spherical mercury as the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy storage cycle coalescence engine provided in 4 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy storage cycle coalescence engine provided in 5 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactured by heating and cooling with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie and mass speeds Various energy conservation cycle coalescence engine installed in the stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactured with light, heat and cold + equipped with additional thrust bearing for hydraulic levitation + accelerated with pressure divided and stored in calorie velocity and mass velocity + turbine rotor blade group with the same diameter and shape of each stage 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds thrust bearing with hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, one stage of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage in two stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds thrust bearing with hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Multi-stage turbine rotor blade group with the same diameter and shape of each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine rotor blade group with the same diameter and shape of each paragraph 2 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Mounting blade assembly of multi-stage turbine with the same diameter and shape of each stage 3 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each paragraph 4 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage 5 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage 6 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each paragraph 7 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group is almost the same shape for each stage, 8 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Turbine blade group has the same diameter and shape of each stage, 10 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, one stage of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group is almost the same shape for each stage and has two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with almost the same shape for each stage, and fitted bolt assembly turbine in 3 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates by the pressure divided and stored in the calorie speed and mass speed + Turbine rotor blade group is almost the same shape for each stage and fitted bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group is almost the same shape for each stage and fitted bolt assembly turbine in 5 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion force + Provided with thrust bearing added to hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 6 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion force + Provided with thrust bearing added to hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage in 7 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescing engine in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy conservation cycle coalescence engine provided in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy conservation cycle coalescence engine provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jets that can be rotated to move up and down + Thrust bearings with additional hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blades driven by metal ball mercury acceleration Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Rotor blade group of multi-stage turbine has the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Rotor blade group of multi-stage turbine has the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated up and down + Thrust bearing with additional hydraulic levitation + Acceleration with the pressure divided and stored in calorie velocity and mass velocity + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine rotor blade group with the same diameter and shape in each paragraph As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + the water jet (79Z) used ship (38B) + the turbine is provided in 46 stages and the liquid lead alloy is accelerated downward + Various energy conservation cycle coalescing engines with thrust bearings added to hydraulic levitation + acceleration with pressure divided and stored in calorie velocity and mass velocity + turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces heating and cooling with light + Has a thrust bearing with additional hydraulic flotation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Fits the turbine blade group that accelerates the metal spherical mercury as the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 8 stages of bolt assembly turbines.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine provided in 9 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy conservation cycle coalescence engine provided in 10 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot and cold with light + Has a thrust bearing with additional hydraulic levitation + Accelerates with pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and the same shape for each paragraph 1 Various energy conservation cycle coalescence engine installed in the stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 2 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces heating and cooling with light + Has a thrust bearing with additional hydraulic flotation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Fits the turbine blade group that accelerates the metal spherical mercury as the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 3 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy storage cycle coalescence engine provided in 4 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Produces hot / cold heat with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blades with the same diameter and the same shape for each stage Various energy storage cycle coalescence engine provided in 5 stages.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactured by heating and cooling with light + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie and mass speeds Various energy conservation cycle coalescence engine installed in the stage.   Metal sphere mercury gravity turbine driven species with superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + configuration and method to accelerate metal sphere mercury + intake air path length lens and sun Manufactured with light, heat and cold + equipped with additional thrust bearing for hydraulic levitation + accelerated with pressure divided and stored in calorie velocity and mass velocity + turbine rotor blade group with the same diameter and shape of each stage 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 8 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds thrust bearing with hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, one stage of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage in two stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescence engine with bolt assembly turbine in 3 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 4 stages of bolt assembly turbine.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with 5 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with thrust bearing added to hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Metal ball mercury is accelerated and fitted with turbine rotor blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds thrust bearing with hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Multi-stage turbine rotor blade group with the same diameter and shape of each stage 1 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine rotor blade group with the same diameter and shape of each paragraph 2 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Mounting blade assembly of multi-stage turbine with the same diameter and shape of each stage 3 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and the mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each paragraph 4 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage 5 Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in the calorie speed and mass speed + Moves the blades of the multi-stage turbine into the same shape with the same diameter for each stage 6 fitting bolt assembly turbines Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each paragraph 7 fitting bolt assembly turbine Various energy conservation cycle coalescence engine installed in the stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group is almost the same shape for each stage, 8 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion force + Adds a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Turbine blade group has the same diameter and shape of each stage, 10 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, one stage of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates by pressure divided and stored in calorie speed and mass speed + Turbine blade group is almost the same shape for each stage and has two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion force + Provided with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with almost the same shape for each stage, and fitted bolt assembly turbine in 3 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates by the pressure divided and stored in the calorie speed and mass speed + Turbine rotor blade group is almost the same shape for each stage and fitted bolt assembly turbine in 4 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives the propulsion propulsion force + Has a thrust bearing with additional hydraulic levitation + Accelerates with the pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group is almost the same shape for each stage and fitted bolt assembly turbine in 5 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion force + Provided with thrust bearing added to hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, and fitting bolt assembly turbine in 6 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Driven by propulsion propulsion force + Provided with thrust bearing added to hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage in 7 stages Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescing engine in 8 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy conservation cycle coalescence engine provided in 9 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy conservation cycle coalescence engine provided in 10 stages.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in one stage.   The superheated steam injection temperature is brought close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driving type + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various cargo ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Accelerates with pressure stored separately in calorie speed and mass speed + Multi-stage turbine blade group with the same diameter and shape of each stage Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jets that can be rotated to move up and down + Thrust bearings with additional hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blades driven by metal ball mercury acceleration Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Rotor blade group of multi-stage turbine has the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Rotor blade group of multi-stage turbine has the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated up and down + Thrust bearing with additional hydraulic levitation + Acceleration with the pressure divided and stored in calorie velocity and mass velocity + Turbine blade group with the same diameter for each paragraph Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Metal sphere mercury gravity turbine driven species close superheated steam injection temperature to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + gravity, sunlight and surface tension Maximum utilization + Water jet can be rotated to be able to move up and down + Thrust bearing with additional hydraulic levitation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine rotor blade group with the same diameter and shape in each paragraph As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 9 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure stored separately in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage 10 mating bolt assembly turbines Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure divided and stored in calorie speed and mass speed + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine in one stage Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by driving force + Provided with thrust bearing with additional hydraulic levitation + Accelerated with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage provided with two stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 4 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 5 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines with 6 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy conservation cycle coalescence engine provided in 7 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with three stages of fitting bolt assembly turbines, with the turbine blades accelerating the metal sphere mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 4 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine blade group having the same diameter and shape of each stage and fitting bolt assembly turbine in 5 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with turbine rotor blades of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines provided with 7 stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter for each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage, and fitted with bolt assembly turbines in 9 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multistage turbine blades having the same diameter and shape of each stage and fitting bolt assembly turbines in 10 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engine with turbine rotor blades of the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and two fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Metal bolt mercury accelerated turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Accelerated by pressure stored separately in calorie speed and mass speed + Four stages of fitting bolt assembly turbines with multistage turbine blades of the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Multistage turbine blade group with the same diameter and shape of each stage, 5 stages of fitting bolt assembly turbine Various energy conservation cycle coalescence engine established in.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in heat and mass speed + Turbine blades are almost identical in shape with the same diameter for each stage and fitted with 6 bolts Various energy conservation cycle coalescence engines provided.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + water jet (79Z) used ship (38B) + horizontal axis (1h) equipped + various passenger ships (79Z) injection Driven by propulsive force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and shape of each stage, 7 mating bolt assembly turbines Various energy conservation cycle coalescence engine.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives injection propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Turbine blade group driven by acceleration of metal sphere mercury almost same shape for each paragraph As a combination engine of various energy storage cycles with 8 stages of fitting bolt assembly turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 9 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Driven by injection propulsion force + Equipped with additional thrust bearing for hydraulic levitation + Acceleration with pressure stored separately in calorie speed and mass speed + Assembly bolt assembly with multistage turbine blades having the same diameter and shape of each stage Various energy storage cycle coalescence engine with 10 stages of turbines.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drives driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure stored separately in calorie velocity and mass velocity + Turbine blade group with same diameter and same shape for each stage Fitting bolt assembly turbine Various energy storage cycle coalescing engines with one stage.   The superheated steam injection temperature is made close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven species + the water jet (79Z) used ship (38B) + the accelerated metal sphere mercury gravity turbine driven species + various ships (79Z) Drive driving propulsion force + Equipped with additional thrust bearings for hydraulic levitation + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescence engine provided in two stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycles with 8 stages of fitting bolt assembly turbines with turbine blades accelerated by metal ball mercury and having the same diameter and shape of each stage Combined organization.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blade group with the same diameter and shape of each stage and fitting bolt assembly turbines in 9 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined engine of various energy conservation cycles with multi-stage turbine rotor blade group with the same diameter and shape of each stage and fitting bolt assembly turbine in 10 stages.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine drive type + to use the water jet (79Z) use ship (38B) + to equip the horizontal axis (1h) + to add the hydraulic levitation thrust thrust bearing + Accelerate with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine blades of the same diameter and shape of each stage and fitted bolt assembly turbine in one stage.   To make the superheated steam injection temperature close to the combustion gas injection temperature for the metal sphere mercury gravity turbine driven type + Accelerate with pressure divided and stored in heat quantity speed and mass speed + Turbine rotor blade group with the same diameter and the same shape for each stage, and various energy storage cycle coalescing engines with two stages of fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Combined various energy conservation cycles with three stages of fitting bolt assembly turbines with turbine blades accelerated by metal sphere mercury and with the same diameter and shape of each stage organ.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with multistage turbine blades with the same diameter and shape of each stage, and fitted bolt assembly turbines in 4 stages.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescing engines with multi-stage turbine blades having the same diameter and shape of each stage, and 5 fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Various energy conservation cycle coalescence engines with turbine rotor blades having the same diameter and shape of each stage, and six fitting bolt assembly turbines.   Metal sphere mercury gravity turbine drive type brings superheated steam injection temperature close to combustion gas injection temperature + water jet (79Z) use ship (38B) + horizontal axis (1h) equipped + hydraulic levitation additional thrust bearing equipped + Accelerating with pressure divided and stored in calorie speed and mass speed + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and the same shape for each stage and provided with 7 stages of fitting bolt assembly turbines.   The blade group of the vertical all blade turbine capable of fully automatic machining is provided with 8 stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of the vertical all-blade turbine capable of fully automatic machining is provided with 9 stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of the vertical all-blade turbine capable of fully automatic machining is provided with 10 stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of a vertical all-blade turbine capable of fully automatic machining is provided with a single stage of fitting bolt assembly turbine with the same diameter and the same shape for each stage, and inside and outside by annular multiple fuel injection combustion after the second stage combustion Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of a vertical all-blade turbine capable of fully automatic machining is provided with two stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of a vertical all-blade turbine capable of fully automatic machining is provided with three stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage, and inside and outside by annular multiple fuel injection combustion after the second stage combustion Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of the vertical fully moving blade turbine capable of fully automatic machining is provided with four stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of the vertical all-blade turbine capable of fully automatic machining is provided with five stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of the vertical all-blade turbine capable of fully automatic machining is provided with 6 stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   The blade group of the vertical all-blade turbine capable of fully automatic machining is provided with 7 stages of fitting bolt assembly turbines with the same diameter and the same shape for each stage. Various energy storage cycle coalescence engine equipped with water jet (79Z) that heats superheated steam from outside.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with 25 times the water jet (79Z) selected and heated by the combustion gas a number of times to heat the superheated steam and the various energy to be injected close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is doubled and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with tripled water jet (79Z), and superheated steam is heated several times by combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with quadruple cross section and selected water jet (79Z) is heated by superheated steam multiple times with various kinds of energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 5 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas. Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 6 times and selected with water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is set to 7 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided by 8 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas. Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature. Conservation cycle coalescence organization.   Metal-powered mercury gravity driven turbine blade cross section (4A) is provided with nine times the rotational power of two types of turbine rotation output driven by water suction injection, various energy storage cycle combined engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 10 times and selected with water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with 11 times the water jet (79Z) selected and heated by superheated steam multiple times with the combustion gas Various energy to inject superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with 12 times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam The various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 13 times and selected by water jet (79Z). Heating superheated steam several times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 14 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 15 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with 16 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is set to 17 times, and water jet (79Z) is selected and heated by superheated steam several times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 18 times and selected with water jet (79Z), the superheated steam is heated several times by the combustion gas, and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 19 times and selected by water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 20 times and selected with water jet (79Z), the superheated steam is heated several times by the combustion gas, and various energies are injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is set to 21 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with 22 times the water jet (79Z) selected to heat the superheated steam multiple times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided with 23 times the water jet (79Z) selected and heated by superheated steam several times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4A) is provided 24 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with a 25-fold water jet (79Z), and the superheated steam is heated several times by the combustion gas and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is doubled and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with tripled water jet (79Z), and superheated steam is heated several times by combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided four times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 5 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 6 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with seven times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam and the various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 8 times the water jet (79Z) selected and heated by superheated steam several times with various combustion gases. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is set to 9 times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam and the various energy to be injected close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 10 times and selected with water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 11 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 12 times the water jet (79Z) selected and heated by superheated steam several times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 13 times the water jet (79Z) selected and heated by superheated steam several times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 14 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 15 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 16 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 17 times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam and various energy to be injected with the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 18 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 19 times and selected by water jet (79Z), the superheated steam is heated several times by the combustion gas, and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided 20 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is set to 21 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 22 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 23 times the water jet (79Z) selected to heat the superheated steam multiple times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4B) is provided with 24 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 25 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is doubled and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with tripled water jet (79Z), and the superheated steam is heated several times by the combustion gas, and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with quadruple cross section and water jet (79Z) is selected to heat the superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided five times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 6 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is set to 7 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with 8 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with nine times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam and the various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 10 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 11 times and selected by water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with 12 times the water jet (79Z) selected and heated by superheated steam several times with the combustion gas Various energy to inject superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with 13 times the water jet (79Z) selected and heated by superheated steam several times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 14 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 15 times and selected by water jet (79Z). Heated superheated steam multiple times by combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with 16 times the water jet (79Z) selected and heated by superheated steam several times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 17 times and selected by water jet (79Z), the superheated steam is heated several times by the combustion gas, and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 18 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 19 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 20 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is set to 21 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with 22 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided with 23 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4C) is provided 24 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with 25 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is doubled and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with tripled water jet (79Z) selected by the combustion gas to heat the superheated steam multiple times Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided four times, and selected water jet (79Z) is heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 5 times and selected with water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 6 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided seven times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with 8 times the water jet (79Z) selected and heated by superheated steam multiple times by the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is set to 9 times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam and the various energy to be injected close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 10 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 11 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with 12 times the water jet (79Z) selected and heated by superheated steam several times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with 13 times the water jet (79Z) selected to heat the superheated steam multiple times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 14 times and selected water jet (79Z) Heating superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 15 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas. Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with 16 times the water jet (79Z) selected and heated by superheated steam multiple times by the combustion gas Various energy to inject superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 17 times and water jet (79Z) is selected to heat the superheated steam multiple times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 18 times and selected with water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 19 times and selected by water jet (79Z). Heated superheated steam multiple times by combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 20 times and selected with water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is set to 21 times and selected water jet (79Z). Heated superheated steam several times with combustion gas. Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature. Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 22 times and selected by water jet (79Z). Heating superheated steam several times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided with 23 times the water jet (79Z) selected to heat the superheated steam multiple times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4D) is provided 24 times and selected by water jet (79Z). Heated superheated steam multiple times by combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with 25 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is doubled and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided three times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with quadruple water jets (79Z), and superheated steam is heated multiple times with combustion gas Various energy to be injected with superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 5 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 6 times, and selected water jet (79Z) is used to heat superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is set to 7 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 8 times, and selected water jet (79Z) is heated by superheated steam several times with a combustion gas. Various energies for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with 9 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross-section (4E) 10 times the water jet (79Z) selected and heated by the combustion gas multiple times to heat the superheated steam Injecting the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 11 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 12 times and selected by water jet (79Z), the superheated steam is heated several times by the combustion gas, and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with 13 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 14 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 15 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 16 times and water jet (79Z) is selected to heat the superheated steam multiple times with the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 17 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 18 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 19 times and water jet (79Z) is selected to heat superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided 20 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is set to 21 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with 22 times the water jet (79Z) selected and heated by superheated steam several times by the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with 23 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4E) is provided with 24 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 25 times and selected water jet (79Z) to heat superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is doubled and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided three times and selected water jet (79Z). Heating superheated steam several times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided with a quadruple water jet (79Z), and superheated steam is heated multiple times by combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 5 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 6 times and selected by water jet (79Z). Heated superheated steam multiple times by combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is set to 7 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided with 8 times the water jet (79Z) selected and heated by superheated steam several times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is set to 9 times the water jet (79Z) selected and heated by superheated steam multiple times by the combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 10 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) with 11 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided with 12 times the water jet (79Z) selected by the combustion gas, heating the superheated steam multiple times, various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided with 13 times the water jet (79Z) selected and heated by the combustion gas a number of times to heat the superheated steam, the superheated steam injection temperature close to the combustion gas injection temperature and various energy Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 14 times and selected water jet (79Z). Heating superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 15 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 16 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 17 times and water jet (79Z) is selected to heat superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 18 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 19 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy to be injected with superheated steam injection temperature approaching combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 20 times and selected by water jet (79Z), the superheated steam is heated several times by the combustion gas, and various energy is injected by bringing the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is set to 21 times and selected water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided with 22 times the water jet (79Z) selected and heated by superheated steam multiple times with combustion gas Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided with 23 times the water jet (79Z) selected to heat the superheated steam multiple times with combustion gas Various energy to inject the superheated steam injection temperature close to the combustion gas injection temperature Conservation cycle coalescence organization.   Metal sphere mercury gravity driven turbine blade cross section (4F) is provided 24 times and selected by water jet (79Z). Heated superheated steam multiple times with combustion gas Various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Conservation cycle coalescence organization.   Air heated by sunlight with a heat pump to a metal sphere mercury gravity turbine drive type is made into an intake compression high temperature, heat is recovered with another air heated by sunlight with a compression heat recovery unit (2C), and is compressed by suction with a heat pump. Combined engine of various energy storage cycles to produce superheated steam propellant + compressed air oxidizer.